Article

The Effects of Cell Phone Use and Emotion-regulation Style on College Students' Learning

Wiley
Applied Cognitive Psychology
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Abstract

Cell phones are becoming an inevitable part of the classroom, but extant research suggests that using cell phones in the classroom impairs academic performance. The present study examined the impact of different cell phone policies on learning and emotion-regulation style. Participants were randomly assigned to one of four experimental conditions: cell phone usage allowed, cell phone possession allowed but without usage, cell phones removed, and a no-instruction control group. All participants watched a 20-minute lecture and were sent text messages to mimic classroom distractions. Afterward, participants took a multiple-choice test and filled out questionnaires assessing their level of obsessiveness, nomophobia, and mindfulness. Participants who had their cell phone taken away performed best on the test with no other differences. None of the emotional-regulation measures moderated the results. These findings provide important insight as to how cell phone policies can optimize learning in the classroom.

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... Visgi minėtų autorių (Lee et al., 2017;Lee et al., 2021) tyrimuose tokie naudojimosi išmaniaisiais telefonais aspektai kaip probleminis naudojimasis išmaniuoju telefonu ar priklausomybė nuo jo ir baimė likti be išmaniojo telefono buvo vertinami tik savistaba paremtais klausimynais, o realus naudojimosi išmaniuoju telefonu laikas nebuvo vertinamas. Šį aspektą patys autoriai įvardija kaip vieną iš tyrimo trūkumų, nes probleminį elgesį galima neigti ar maskuoti, norint pasirodyti geresniam. ...
... Toliau aprašomas tyrimas bus papildytas vidutiniškai praleidžiamo laiko naršant telefonu kintamuoju ir tyrimu bus siekiama įvertinti su išmaniuoju telefonu susijusių endogeninių ir egzogeninių trukdžių ryšį su paskaitoje pateikiamos informacijos atsiminimu. Tyrimui pasirinkta psichologijos studentų imtis dėl lengvesnio šios imties prieinamumo tyrėjoms bei geresnio duomenų palyginamumo su jau atliktais tyrimais, nes didžioji dalis jų (pvz., Lee et al., 2017Lee et al., , 2021Mendoza et al., 2018) ...
... Apibendrinant -atliktas tyrimas papildė kitų tyrėjų (Lee et al., 2017;Mendoza et al., 2018) duomenis, kurie rodo, kad išmanusis telefonas neigiamai veikia informacijos atsiminimą paskaitos metu. Tyrimas taip pat atskleidė, jog ilgesnis vidutinis laikas, praleidžiamas naudojantis išmaniuoju telefonu, yra susijęs su prastesniu paskaitos informacijos atsiminimu psichologijos studentų imtyje. ...
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The impact of smartphones on people’s daily lives is increasing. However, despite the benefits of smartphones, the adverse effects of these devices are becoming more prominent in the academic environment; therefore, it is important to analyse them. The aim of the research is to evaluate the effects that possessing of a smartphone while studying has on the recall of information in a sample of psychology students. The research analysed data collected from a sample of 80 second and third-year students from the bachelor’s program in psychology (69 females, 10 males, and 1 “other”). The age of the participants varied from 19 to 54 years (average age – 24 years, std. deviation – 7.93 years). Research method: experiment. The participants were divided into groups, according to the effects: 1) those who could not have their smartphones during the lecture; 2) those who could have their smartphones during the lecture but were asked not to use them; 3) those who could have their smartphones during the lecture and were not given any instruction on their usage. During each experiment session, 8–13 students from each group watched a 20-minute lecture recording. After the lecture, the participants completed a short test on the lecture’s content. After finishing the test, the participants filled in a nomophobia questionnaire (Yildirim & Correia, 2015). One week after participating in the experiment, students sent in a screenshot with the information on their average smartphone screen time. Students who had their smartphones during the lecture recalled the information worse than those who did not. However, no significant differences were found between the group of students who were given instructions on the usage of smartphones and those who were not. The results also revealed that a higher average time spent using a smartphone was associated with poorer recall of lecture information.
... Electronic devices (e.g., cellphones) are a means of technology advancement, but research suggests that frequent use of them in the classroom impairs attention and learning (Lee et al., 2017;Mendoza et al., 2018;Lee et al., 2020). The present study (N = 393) establishes a pre-existing regression model examining the significance of mindfulness (MND) to emotional regulation and cognitive performance among college students. ...
... Cellphones have been used for at least 10-15 years. College-aged students are one of the oldest groups using them in circumstances that require attention (Lee et al., 2017;Lee et al., 2019;Mendoza et al., 2018). To combat disruptions during class lecture, Risko et al. (2012) showed that mindfulness (MND) (or one's self-awareness with daily life experiences) may help maintain student attention. ...
... To combat disruptions during class lecture, Risko et al. (2012) showed that mindfulness (MND) (or one's self-awareness with daily life experiences) may help maintain student attention. Research demonstrates that those who overly rely on their phones may experience fear or discomfort in their absence (Lee et al., 2017;Lee et al., 2019;Lee et al., 2020;Mendoza et al., 2018). This is known as nomophobia, or fear of not having a phone (Yildirim & Correia, 2015). ...
Article
Over the last several decades, there have been numerous studies of both workers and college students who have a calling to a particular line of work. Many positive outcomes have been associated with the presence of a calling, but still much is unknown about both predictors and an�tecedents of having a calling. This pair of studies explored the extent to which college students’ work orientation and parental influence (parents’ work orientation and parental pressure) relates to students’ presence of a calling, and how, in turn, all of these factors play a role in students’ autonomous motivation, satisfaction, and commitment to their major/ career path. Two separate samples of undergraduate students (n = 178; n=84) completed online surveys measuring the variables of interest to this study. The most notable results of these studies suggest that stu�dents’ work orientation is associated with the presence of a calling, and that both presence of a calling and student calling orientation are associ�ated with higher levels of autonomous motivation, and satisfaction and commitment to their major/career path. We found some evidence that perceived influence of parental pressure relates negatively to presence of a calling, autonomous motivation, and satisfaction. This research has implications for universities in supporting student development of a call�ing orientation and discernment of a calling. It also has implications for parents in how they can best support their children in pursuing a partic�ular major and/or career path
... Electronic devices (e.g., cellphones) are a means of technology advancement, but research suggests that frequent use of them in the classroom impairs attention and learning (Lee et al., 2017;Mendoza et al., 2018;Lee et al., 2020). The present study (N = 393) establishes a pre-existing regression model examining the significance of mindfulness (MND) to emotional regulation and cognitive performance among college students. ...
... Cellphones have been used for at least 10-15 years. College-aged students are one of the oldest groups using them in circumstances that require attention (Lee et al., 2017;Lee et al., 2019;Mendoza et al., 2018). To combat disruptions during class lecture, Risko et al. (2012) showed that mindfulness (MND) (or one's self-awareness with daily life experiences) may help maintain student attention. ...
... To combat disruptions during class lecture, Risko et al. (2012) showed that mindfulness (MND) (or one's self-awareness with daily life experiences) may help maintain student attention. Research demonstrates that those who overly rely on their phones may experience fear or discomfort in their absence (Lee et al., 2017;Lee et al., 2019;Lee et al., 2020;Mendoza et al., 2018). This is known as nomophobia, or fear of not having a phone (Yildirim & Correia, 2015). ...
Article
Electronic devices (e.g., cellphones) are a means of technology advancement, but research suggests that frequent use of them in the classroom impairs attention and learning (Lee et al., 2017; Mendoza et al., 2018; Lee et al., 2020). The present study (N = 393) establishes a pre-existing regression model examining the significance of mindfulness (MND) to emotional regulation and cognitive performance among college students. Results suggest that MND’s effect on obsessiveness across all four conditions were seen: Group A, cellphone allowed, Group B, cellphone on silent mode, Group C, control group, and Group D, no cellphones. The findings also indicate that highly nomophobic participants in Group B showed better test performance. We expect that students’ excessive use of cellphones may have a negative impact on MND, especially when there are no cellphone restrictions.
... Su impacto es tan grande que algunos consideran que la sociedad se enfrenta a un problema de salud pública (Bragazzi & del Puente, 2013 típico de la era digital, llegando a requerirse tratamiento con medicamentos y terapia psicológica para resolverlo (King et al., 2013). Además de encontrar problemas centrados en el comportamiento adictivo (Lee et al., 2017), también desencadena problemas físicos como el síndrome del túnel carpiano (Lee et al., 2012, Romero-Rodríguez et al., 2021, problemas psicológicos (Darvishi et al., 2019, González-Cabrera et al., 2019, Zwilling, 2022 y problemas fisiológicos (Gentina et al., 2018, debido a los trastornos que produce en las horas de sueño y descanso . A su vez, esto está generando alteraciones en el desarrollo social (Santos et al., 2017) y afectivo de los niños y jóvenes, así como en la propia autoestima y felicidad (Ozdemir et al., 2018, Rai et al., 2019, además de en la propia estabilidad emocional (Argumosa et al., 2017), y satisfacción con la vida (Samaha & Hawi, 2016). ...
... De manera similar, Lee et al. (2017) y Samaha & Hawi (2016) afirman que este problema afecta al rendimiento académico de los discentes, así como a su atención y nivel de aprendizaje (Mendoza et al., 2018). El rendimiento académico, entendido como la suma de distintos elementos que actúan sobre el alumnado e influyen en su nivel de conocimiento demostrado en las actividades académicas, visible a través de las calificaciones alcanzadas y de la aprobación o no de las asignaturas (Garbanzo, 2007), es un factor clave en su éxito académico. ...
Article
Full-text available
El uso continuo e inadecuado del smartphone puede provocar problemas de adicción y dependencia que pueden desencadenar otras dificultades como el miedo irracional a no tener el teléfono disponible, así como las posibilidades que nos ofrece en cualquier momento. Este es el caso de la nomofobia (no-mobile-phobia). El objetivo de esta investigación es analizar la prevalencia de la nomofobia en jóvenes de entre 12 y 20 años, así como determinar la relación entre todas las variables que identifican los niveles de nomofobia, y corroborar la incidencia del rendimiento académico en la mayor o menor prevalencia de este problema. Para ello se lleva a cabo una investigación cuantitativa en la que se utiliza el cuestionario estandarizado NMP-Q. La muestra está compuesta por un total de 1.630 estudiantes de distintas etapas educativas. Los resultados determinan que la imposibilidad de contactar y ser contactado son las variables en las que se ha observado una mayor prevalencia de esta fobia entre la población estudiada. Además, los estudiantes que afirman que su rendimiento académico es menor debido al uso excesivo de su teléfono inteligente muestran mayor ansiedad, nerviosismo, malestar, miedo o molestias al no poder hacer uso inmediato de su teléfono y de sus diferentes posibilidades.
... This puts this age group at particular risk of nomophobia and its subsequent psychological, emotional (Rojas-Jara et al., 2018), cognitive, behavioral, and physiological consequences (de la Villa Moral & Suárez, 2016). University students, in particular, represent a vulnerable population to nomophobia, given its demonstrated harmful effects on educational performance and achievements (Ahmed et al., 2019;Lee et al., 2017;Mendoza et al., 2018) and other negative consequences, including mental disorders (King et al., 2014(King et al., , 2013 and physical injuries (Liu et al., 2019). ...
... Although most of the previous research equated nomophobia to smartphone addition, these two constructs describe different patterns by which individuals relate to their mobile phones. Nomophobia has been previously cataloged as a clinical disorder (Lee et al., 2017) conceptualized as a situational phobia (King et al., 2014(King et al., , 2013, and has even been proposed to be included in the Diagnostic and Statistical Manual of Mental Disorders -fifth version (DSM-5) as a specific phobia (Bragazzi & Del Puente, 2014). At the same time, conceptual ambiguity is understandable since some of the previously described features of nomophobia tend to be comparable with the DSM-5 criteria of behavioral addictions. ...
Article
Nomophobia, often known as a 21st-century disorder, is a recent condition that has received considerable attention, with numerous studies conducted to better understand it since it was first introduced in 2008. To better understand the present research status and prospects to assist practitioners, policymakers, and funding agencies in protecting the population from nomophobia-related harm, a bibliometric study of nomophobia-related publications was conducted. We used Scopus and dimensions.ai to perform a search between 2008 and 2022. The HistCite, R software, and VOSviewer were used to analyze the data and extract relevant keywords indexed in medical databases using mesh heading phrases. Between January 2008 and April 2022, 1,781 papers, 30 datasets, two grants, six patents, four clinical trials, and five policy documents were identified. The bulk of the articles included in this review were published after 2017 with the majority written in English. Most of the research focuses on determining the prevalence of nomophobia in various populational groups, such as students, clinical samples, and the general adult population. Several studies examined the possible association between nomophobia symptoms and other psychiatric or physical health issues, such as changes in sleep, learning and attention, academic performance, coping strategies, etc. The current body of research knowledge of nomophobia in the main includes epidemiologic and diagnostic effort that has provided mixed results regarding its assessment and prevalence rates, and appreciable data on its treatment and prevention are lacking.
... Su impacto es tan grande que algunos consideran que la sociedad se enfrenta a un problema de salud pública (Bragazzi & del Puente, 2013 típico de la era digital, llegando a requerirse tratamiento con medicamentos y terapia psicológica para resolverlo (King et al., 2013). Además de encontrar problemas centrados en el comportamiento adictivo (Lee et al., 2017), también desencadena problemas físicos como el síndrome del túnel carpiano (Lee et al., 2012, Romero-Rodríguez et al., 2021, problemas psicológicos (Darvishi et al., 2019, González-Cabrera et al., 2019, Zwilling, 2022 y problemas fisiológicos (Gentina et al., 2018, debido a los trastornos que produce en las horas de sueño y descanso . A su vez, esto está generando alteraciones en el desarrollo social (Santos et al., 2017) y afectivo de los niños y jóvenes, así como en la propia autoestima y felicidad (Ozdemir et al., 2018, Rai et al., 2019, además de en la propia estabilidad emocional (Argumosa et al., 2017), y satisfacción con la vida (Samaha & Hawi, 2016). ...
... De hecho, un estudio publicado por Vagka et al. (2023) demuestra que los estudiantes con baja autoestima tenían el doble de probabilidades de exhibir un mayor nivel de nomofobia en comparación con aquellos con un nivel normal o alto. De manera similar, Lee et al. (2017) y Samaha & Hawi (2016) afirman que este problema afecta al rendimiento académico de los discentes, así como a su atención y nivel de aprendizaje (Mendoza et al., 2018). El rendimiento académico, entendido como la suma de distintos elementos que actúan sobre el alumnado e influyen en su nivel de conocimiento demostrado en las actividades académicas, visible a través de las calificaciones alcanzadas y de la aprobación o no de las asignaturas (Garbanzo, 2007), es un factor clave en su éxito académico. ...
Article
Full-text available
Resumen El uso continuo e inadecuado del smartphone puede provocar problemas de adicción y dependencia que pueden desencadenar otras dificultades como el miedo irracional a no tener el teléfono disponible, así como las posibilidades que nos ofrece en cualquier momento. Este es el caso de la nomofobia (no-mobile-phobia). El objetivo de esta investigación es analizar la prevalencia de la nomofobia en jóvenes de entre 12 y 20 años, así como determinar la relación entre todas las variables que identifican los niveles de nomofobia, y corroborar la incidencia del rendimiento académico en la mayor o menor prevalencia de este problema. Para ello se lleva a cabo una investigación cuantitativa en la que se utiliza el cuestionario estandarizado NMP-Q. La muestra está compuesta por un total de 1.630 estudiantes de distintas etapas educativas. Los resultados determinan que la imposibilidad de contactar y ser contactado son las variables en las que se ha observado una mayor prevalencia de esta fobia entre la población estudiada. Además, los estudiantes que afirman que su rendimiento académico es menor debido al uso excesivo de su teléfono inteligente muestran mayor ansiedad, nerviosismo, malestar, miedo o molestias al no poder hacer uso inmediato de su teléfono y de sus diferentes posibilidades. Abstract Continued improper and inadequate use of the smartphone can lead to addiction and dependency problems that may trigger other difficulties such as the irrational fear of not having the phone available, as well as the possibilities it offers, at any time. This is the case with nomophobia (no-mobile-phobia). The objective of this research is to analyze the prevalence of nomophobia in students between 12 and 20 years old, as well as to determine the relationship between all the variables that identify the levels of nomophobia, and to corroborate the incidence of academic performance in the higher or lower prevalence of this problem. For this purpose, quantitative research is carried out using the standardized questionnaire NMP-Q. The sample is composed of a total of 1,630 students of different educational stages. The results determine that the impossibility of contacting and being contacted are the variables in which a greater prevalence of this phobia has been observed among the population studied. In addition, students who claim that their academic performance is lower due to the excessive use of their smart phone show greater anxiety, nervousness, discomfort, fear or inconvenience when not being able to make immediate use of their phone and its different possibilities.
... However, like every other innovation built by humans, this one too has a lot of drawbacks and has caused a lot of issues for its consumers ( The young population is dependent on these phones on almost every activity of their lives and therefore they fear extensively of losing it. This fear deteriorates their physical health too and as a result creates a negative impact on their studies as well as work [29,30]. Being so much dependent on technology also has a negative impact on their own problemsolving skills [30]. ...
... This fear deteriorates their physical health too and as a result creates a negative impact on their studies as well as work [29,30]. Being so much dependent on technology also has a negative impact on their own problemsolving skills [30]. Using mobile phones every now and then and almost everywhere also results in distractions from study and job, which obviously is harmful in the long run [31]. ...
Article
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Conceptual Frameworks People frequently utilise their mobile phones for the most of the day due to their appealing features. Some people, particularly college students, use them for roughly 9 to 10 hours a day. Addiction is a psychological condition that is characterised by the inability to stop taking a substance or acting in a certain way. Smart phones do not fit the definition of a chemically addictive substance as given by the DSM-V. Although DSM-V covers other disorders that are not related to drug consumption, such gambling disorder. Therefore, excessive cellophane use is viewed as an addiction. Methodology We sought to determine whether there was a relationship between nomophobia and other psychiatric disorders such depression, anxiety, and stress in this study. The investigation's design is based on related patterns seen in cross-sectional and quantitative research methods. Such a study strategy provides insight into the interactions between two or more factors. India was chosen at random for the sample. There were 200 people in the research study group, 100 of whom were women and 100 men. the same percentage of each gender. These people, who lived in India, were young adults (18 to 25 years old). The members' average age was 21.5 years. Findings of the Research Users are more likely to develop attached to their smartphones if they consider them as an extension of themselves, which in turn makes people more prone to experience nomophobia by enhancing the desire for close proximity to their phones. Which in turn causing stress and anxiety. Limitations of the Research The study's age restrictions placed participants between the ages of 18 and 25. The study was solely done on young people living in cities. Since self-rating scales were utilised to collect the data, the limitations of these scales apply to the current investigation.
... Similar findings by Ravizza et al. (2014Ravizza et al. ( , 2017 showed that internet use for nonclassroom purposes was a significant source of the variance in test scores independent from overall intellectual ability. In addition, research suggests that use of smartphones during lectures is distracting, to the detriment of memory (e.g., Lee et al., 2017;Mendoza et al., 2018). Even without use, the presence of a phone may decrease working memory resources that could be directed toward learning (Ward et al., 2017). ...
... As expected, visual and auditory distractions, including having phones within reach and turned on (see Ward et al., 2017), were significant factors in increased load. These results align with the many studies demonstrating negative learning outcomes associated with technology-based distractions in class (e.g., Lee et al., 2017;Ravizza et al., 2014Ravizza et al., , 2017, but are especially interesting because in our study students self-reported this negative impact. We are not always metacognitively aware of the impact of distractions, particularly with regard to our multitasking ability (e.g., Sanbonmatsu et al., 2013), but in the present study, students did show this insight. ...
Article
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With the rise of the COVID-19 pandemic, many undergraduates were forced to transition from in-person to remote learning. In order to hold live synchronous classes, institutions adopted online videoconferencing platforms such as Zoom. This study examined student experiences during Zoom classes with regard to perceptions of unproductive cognitive load stemming from factors such as personal software settings, instructor-determined class features, teaching methods, feelings toward the class, internal state, and external environment. For comparison, a parallel survey was administered to instructors regarding student perceptions. The top five factors students reported to increase unproductive load were life stress, tiredness, sickness, negative emotions, and auditory distractions; the factors linked most strongly to decrease unproductive load were enjoyment of the class, interest in the class topic, relevance to future goals, presentation of information in manageable and meaningful chunks, and ability to focus. Instructor ratings overall aligned with those of students. Participants also reported overall higher mental fatigue during Zoom, as framed in comparison to prior in-person classes; this was correlated with number and time spent in these classes, but not with demographic variables nor with several other independent measures of self-regulated learning and academic self-efficacy. Implications for improving the student experience in online learning are discussed, emphasizing that many of the factors reported as helpful to cognitive load management are applicable to all classrooms.
... The majority of students recognize that using their devices for non-class purposes leads to lack of attention and missing instruction from the teacher (Lee et al., 2017); however, despite this knowledge, they report being unable to inhibit this behavior (McCoy, 2013;Ravizza et al., 2017). Any distraction in the classroom can be considered detrimental to student learning; however, smartphones appear to have a particularly negative influence. ...
... Habitual use of smartphones clearly impacts cognition; however, several research studies have also found that even the "mere presence" of a smartphone can impact higher order attentional processes and reasoning abilities (Cain et al., 2016;Lee et al., 2017;Mendoza et al., 2018;Thornton et al., 2014) and produce anxiety (Deb, 2014). The theory of smartphones as an extended self (Clayton et al., 2015;Hartanto & Yang, 2016;Wilmer et al., 2017) has gained a significant amount of evidence and provides a framework by which to understand the impact the simple presence of a person's smartphone produces. ...
Article
Full-text available
Nomophobia and even simply the presence of smartphones has an impact on attention and performance, likely through the cognitive mechanism of reduced working memory capacity. When a smartphone, a personally relevant stimulus, is present, working memory capacity is utilized leading to a reduction in the ability to inhibit responses and therefore difficulty with complex attentional tasks. With the increase in smartphone ownership, especially among young adults in developing nations and their proliferation in undergraduate classrooms, it becomes important to understand their cognitive impact in this demographic of users. Therefore, this study evaluated the impact of the presence of undergraduate students’ smartphones on their performance on a non-verbal reasoning task, as well as a series of simple to complex attentional tasks. A total of 154 Pakistani undergraduate students participated in this study. Results demonstrated that the presence or absence of the students’ smartphones did not affect fluid non-verbal intelligence or simple attentional tasks. However, the level of fear of being without their smartphone was correlated with non-verbal fluid intelligence and simple attention. Importantly, when the students’ smartphones were present, they experienced difficulty with a more complex attentional task, regardless of the level of nomophobia. Given the need for fluid reasoning and the complex nature of most material covered within the undergraduate classroom context, this finding indicates a need for education about the detrimental nature of smartphone presence on complex attention, as well as the relationship between nomophobia and fluid reasoning and attention. Implications also include a need for institutional policies clarifying appropriate use of smartphones in the classroom.
... While smartphones have been used as teaching tools in the classroom, their use for gaming, messaging, or social interaction with peers can distract students from their academic work (Kao, 2023). Researchers (Dietz and Henrich, 2014;Lee et al., 2017) have noted a decline in students' attention in class since smartphones became widely accessible. Despite the potential negative impact on focus, many college students now find it difficult to function without their smartphones (Kao, 2023). ...
... However, there may be scenario where students may use their mobile phones, even if they are prohibited during lectures. Due to the usage of mobile phones by students, their poor concentration can lead to missing critical concepts covered in the class (Lee et al., 2017). Detecting the usage of mobile phones by students in the classroom will help to identify the student's attention. ...
Article
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With the advent of closed-circuit television systems (CCTV) in the era of technology, a massive amount of video data is generated daily. CCTV are installed at several educational institutions to monitor students' behavior and ensure their safety. Human activity monitoring is done manually. Abnormal human actions refer to rare or unusual actions in a particular environment. One of the observed abnormal actions in a classroom is the usage of mobile phones by students. The frequent usage of mobile phones in the classroom environment will make students lose their attention and lead to a degradation in their academic performance. There is a high need for a system to monitor the students' abnormal behavior in the classroom environment. To solve this problem, we have proposed a methodology to recognize whether or not the students use mobile phones in the classroom. To achieve the desired results, we have trained the deep learning architecture ResNet50 using the concept of transfer learning on real-time data collected from various educational institutions. We have achieved a remarkable accuracy of 96% with proposed RTLModel-Based in the research work. With the proposed methodology, academic institutions can monitor students' attention in the classroom and take necessary actions.
... 9 This syndrome, also known as nomophobia, is characterized by worry, anxiety, and discomfort associated with not having a mobile device when needed. [10][11][12][13][14][15][16] Nomophobia is structured into four main dimensions: the fear of not being able to communicate with other people, the fear of losing connectivity, the fear of not having immediate access to information, and the fear of relinquishing the comfort provided by mobile devices. 17 Despite its prevalence and the various health consequences associated with nomophobia, it is not included in the diagnostic and statistical manual of mental disorders (DSM-5). ...
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Background: Now-a-days, Smartphone offers people great opportunities and luxuries. According to the Telecom Regulatory Authority of India (TRAI); in 2021, India had roughly 180.96 million mobile users, and issues by mobile phone use have been significantly increased in recent years Nomophobia is a modern phobia that appeared in this digital era. It is the conjunction of "nonmobile" and "phobia” and refers to the worry, anxiety, and discomfort associated with not having a mobile device when needed. The objectives of this study are to understand (a) prevalence of nomophobia in medical students; (b) association of Nomophobia with self-esteem among medical students; and (c) association of nomophobia with life satisfaction among medical students. Methods: This was an observational, cross-sectional, single-centred, self-assessable questionnaire-based study. 700 students (pursuing MBBS, internship or residency) from the government medical college, Bhavnagar were enrolled. The participants were assessed by proforma containing demographic details, a questionnaire of Nomophobia (NMPQ), Rosenberg Self-Esteem Scale (RSES), and Satisfaction with Life Scale (SWLS). The statistical analysis was done with Graph Pad Instat version 3.06 (San Diego, California, US). Proportions were compared by using the Chi-square test while NMPQ, RSES, and SWLS scores were compared by the Students t test. Results: We found all participants had some degree of nomophobia (29% mild, 31.29% moderate, and 5.43% severe). Nomophobia had a significant association with self-esteem and satisfaction with life. Conclusions: Participants with nomophobia are more likely to experience low self-esteem and poor satisfaction with life.
... An impact study among students of physiotherapy conducted by Ahmed, Pokhrel, Roy, & Samuel (2019) revealed the inverse relation between nomophobia score and academic performance. Similarly, another study on college students about the "effect cell phone usage and emotionregulation style" has revealed that the use of cell phones impairs the academic performance of students (Lee, Kim, McDonough, Mendoza, & Kim, 2017). As in the case of technostress, nomophobia is also on the rise due to the constant immersion of students in the virtual world especially in social networking. ...
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Digital education has gained its popularity after the Covid 19 pandemic and is gradually becoming an inevitable means of education at all levels especially in the higher education. The extensive and unavoidable digitalisation of education and a deeper penetration of social media in the life of learners resulted in some undesirable but inevitable effect such as technostress and nomophobia among learners. Even though the students in higher education depend on their smartphones for their academics, they lack the much desirable digital literacy and it leads to technostress while compelled to use latest technology. At the same time, the over-dependence on social media for communication and interactions, which is not technology-intensive, leads to addiction to smartphone called nomophobia. Studies revealed that both are hindrances to learning and affect the psychological well-being and academic performance of students. The paper explores this new concern and tries to identify the possible solutions so that it will not hinder the learning but lead to responsible use of digital gadgets for learning as well as social interactions especially among children in the higher education institutions, where digital learning is inevitable.
... Nomophobia can lead to psychological disorders such as anxiety, depression, stress, and loneliness, as well as physical issues like musculoskeletal pains, eye strain, sleep disturbances, headaches, and fatigue (Notara et al., 2021). According to Lee et al. (2017), nomophobia can negatively affect the happiness levels of younger populations. Moreover, it can affect interpersonal relationships, creating a disconnect from the real world (Al-Balhan et al., 2018). ...
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There is growing concern about the influence of nomophobia among the majority of young people, attributed to excessive mobile phone use. This study aims to investigate the nomophobia levels of Azerbaijani and Kyrgyz university students. The Nomophobia Questionnaire (NMP-Q) was employed as the data collection tool. Data were collected from participants during the spring term of the 2021-2022 academic year. A total of 478 students participated: 238 from Azerbaijan and 240 from Kyrgyzstan. Results indicated that Azerbaijani and Kyrgyz students exhibit different nomophobia behaviors. While 36.1% of Azeri students experience a severe level of nomophobia, 23.3% of Kyrgyz students do. Female students in both countries are more affected than their male counterparts. Younger students are also more susceptible to nomophobia. Moreover, smartphone ownership significantly influences students' nomophobia behavior in both Azerbaijan and Kyrgyzstan.
... 14 We can begin by noting that there is a large number of studies showing a negative correlation between mobile device use and academic performance. 15 For instance, Lee et al. (2017) and Dietz and Henrich (2014) show, via random assignments of treatment conditions, that there is a causal connection between mobile device use and the comprehension of material from a lecture. It is also interesting to note that one of these studies- Sana et al. (2013)-showed how laptop use in class not only affects the user but all those who could see the screen (Sana et al. 2013, cf. ...
Chapter
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In this chapter, we offer a review of the empirical findings that animate our concerns about the effects of mobile devices on individuals (the troublesome findings about the effects of mobile devices on collectives is reviewed in Chap. 7 ). We begin by clarifying what we mean by mobile devices, noting that these devices are not our only concern. We also explain why they are our primary concern. In short, we are especially concerned by mobile devices because their mobility, combined with their ability to track our behavior and provide real-time feedback to it, make them powerful behavior modification devices. After explaining how mobile devices can modify our behavior and why—given the structure of the attention economy—the interests of the developers of these technologies are not always in alignment with our own, we show that there is reason to think that mobile devices have detrimental effects on all eight facets of autonomy outlined in the preceding chapter.
... This is because of the faculty's current academic culture, which gives students freedom to use and access mobile phones while studying. Excessive use of mobile phones will negatively affect learning outcomes (Garcia et al., 2020;Lee et al., 2017). ...
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This research examines the frequent use of smartphones among college students. These conditions can lead to nomophobia behavior disorder (no mobile phone phobia). This study aims to: 1) analyze the level of nomophobia in students based on gender, faculty academic culture, and age; 2) analyze differences in nomophobia simultaneously based on gender, faculty academic culture, and age. This study uses a quantitative descriptive comparative approach. Data were obtained from 988 students at Islamic tertiary institutions. Samples were selected by convenience sampling technique. The instrument used is the nomophobia questionnaire (NMP-Q) (Yildirim, 2014), with high reliability. Data were analyzed using an Independent Sample T-test, analysis with one-way ANOVA, and two-way ANOVA analysis. The results of the study show that nomophobia among students is in the high category. This study proves that there are differences in the level of nomophobia in terms of gender where women are higher than men. Based on the faculty's academic culture and age, there is no difference in student nomophobia. There is an interaction between gender and age in influencing nomophobia. Simultaneously there was no interaction between gender, faculty academic culture, and age in determining the level of nomophobia.
... Basu, Garg, Singh a Kohli (2018) vyjadrujú, že ide o problém verejného zdravia. Z dôvodu nadmerného používania mobilných zariadení a závislosti, ktorú táto technológia spôsobuje, objavila sa nová patológianomofóbia, ktorá je katalogizovaná ako klinická porucha (Lee et al., 2017). Nomofóbia (z angl. ...
... However, there are also negative side effects, including "mobile phone addiction" and "excessive use of mobile phones." [1][2][3][4] In recent years, a new concept called "nomophobia" (NO MObilephone PHOBIA), fear of staying away from communication with the mobile phone, has emerged as another problem stemming from mobile phone use. In clinical psychology, nomophobia is described as "the involuntary and unreasonable fear that a person experiences when they cannot reach the mobile device or cannot communicate via their mobile device." 5 The person who stays away from communication always lives in fear of missing out on things related to themselves or current affairs. ...
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Background Nomophobia, short for “no mobile phone phobia,” is defined as having an involuntary and unreasonable fear when the mobile device is unreachable or uncommunicable. Aims The study aimed to evaluate nomophobia and loneliness levels of high school (HS) students from a rural region. Methods This cross-sectional study was conducted between November 5 and December 28, 2018, on 850 HS students in Sivrihisar, Eskis¸ehir, Turkey. Nomophobia Questionnaire (NMP-Q) and UCLA Loneliness Scale were used. Mann-Whitney U, Kruskal-Wallis, Spearman Correlation analysis, and Multiple Linear Regression were performed. Results In the study group, 429 (50.5%) were female. Their ages ranged from 13 to 19, and their mean age (standard deviation [SD]) was 15.66 (1.18) years. The mean score (SD) from NMP-Q was 54.92 (14.87), while the mean score (SD) from the UCLA loneliness scale was 13.95 (4.60). Multivariate analysis showed that being a female, having first smartphone use before the age of 13, having high daily smartphone usage, having a high frequency of checking phones, and having more friends on social media than in real life were associated with higher nomophobia levels (F = 28.424, P < .001, R² = 0.213). There was a positive weak correlation between nomophobia and loneliness levels (r = 0.353, P = .001). Conclusions: Factors such as phone usage habits and loneliness, which can be changed by providing education and creating appropriate environments in schools, are important determinants of nomophobia among HS students in rural areas, suggesting that interventions to combat nomophobia are possible.
... Cell phone use among U.S. postsecondary students is ubiquitous (Harvard University, 2021; Lee et al., 2017;Lepp et al., 2015aLepp et al., , 2015b, with the average U.S. postsecondary student using their cell phone for at least nine hours per day (Cumberledge, 2017). Research focusing specifically on postsecondary students and cell phone usage has found that modern, digital-native postsecondary students are quite literally addicted to their cell phones (Roberts et al., 2014). ...
Article
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Access to United States higher education has remained an important topic in educational research for decades (Clinedinst & Patel, 2018; Hearn, 1984; Hurtado et al., 1997; Orfield, 1992; Perna, 2006). Work emerging from this body of research has found that knowledge of postsecondary processes—such as how to complete admissions applications, write admissions essays, and apply for financial aid—may be critical barriers for many students to overcome to gain admission to the institution of their choice and successfully enroll (Bettinger et al., 2012; Clayton & Umbach, 2020; Fu, 2014; Pennebaker et al., 2014). Merely having reliable Internet (Dettling et al., 2018) and understanding how to use computer applications has been deemed an “invisible academic prerequisite[s]” for access to the United States higher education system (Goode, 2010, p. 584). In all, access to and success within the U.S. higher education system has been a stressful, rigorous, and difficult process for postsecondary students for as long as the system has been in place (Pascarella et al., 2004). As access and success have remained elusive, this study posits that one element of accessing the system has remained equally elusive and surprisingly understudied: the difficulty of the postsecondary application itself. Studies related to postsecondary applications have largely focused on how many applications a student successfully completes each admissions cycle (Clinedinst & Patel, 2018) and what drives changes in application patterns (Legatt, 2021). These changes are owed a multitude of diverse and seemingly unrelated factors such as institutional reputation (Alter & Reback, 2014), standardized test score policies (Hurwitz et al., 2017), Affirmative Action (Long, 2004), geographic location and access to social capital (Chenoweth & Galliher, 2004), the success of an institution’s athletics program (Pope & Pope, 2009), and most recently, the coronavirus (COVID-19) global pandemic (Smith, 2020; Walsh, 2020). However, beyond studies capturing both quantitative and qualitative data to articulate application trends, very little knowledge exists about the difficulty of postsecondary applications. As a result. this essay provides an outline for how stakeholders can collaborate to simplify college applications for prospective students and their support networks.
... Though smartphones have been used as educational tools, they can also distract students' learning when they are used to play games, send messages, or social network with friends during class. Researchers [1,2] assert that the existence of smartphones has reduced students' attention in class. In spite of the potential negative impact that smartphones may have on students' attention in class, the devices have become a necessity that many university students cannot do without. ...
Article
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In this study, a research model comprising four variables (loneliness, smartphone addiction, sleep quality, and students’ attention in English as a foreign language class) was proposed and statistically examined. Previous literature has appeared to neglect these variables, which are considered to be essential to understanding students’ attention in EFL (English as a foreign language) class among college students. A total of 587 undergraduate students were recruited from a university in Taiwan to participate in the present study. The technique of structural equation modeling was adopted to test the hypotheses in the conceptual model. The findings of this study are: (1) smartphone addiction has a significant negative impact on students’ attention in EFL class; (2) smartphone addiction has a significant negative impact on sleep quality; (3) sleep quality has a significant positive impact on students’ attention in EFL class; (4) sleep quality partially mediates the relationship between smartphone addiction and students’ attention in EFL class; (5) loneliness has a significant positive effect on smartphone addiction. The results can enrich the present literature in the psychology of attention and mobile technology by providing an insight into the dynamics of these four variables.
... In the original study by Lee et al. (2017), each participant was recruited via the psychology subject pool and from the general student population at undergraduate psychology courses at a small, liberal arts college in Southeastern Arkansas. Students enrolled in Psychology 101 will receive 2.5 credits towards the research requirement for the course when they participate in the study. ...
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People’s overdependence on smartphones has led them to an abundance of psychological well-being issues. Various literature has examined the association between smartphone use, addictive behaviours, and mental well-being. To develop a deeper understanding of the correlation among these factors, the current study aims to find the psychological impact on smartphone use. Smartphone use and psychological well-being, specifically on how adolescents’ media use has led them to mental health issues such as addiction, depression, anxiety, sleep problems, and the fear of missing out (FoMO). The results supported hypotheses 1, 2, and 3, smartphone addiction correlates with anxiety, depression, and FoMO; however, the results of the study do not support hypothesis 4, in which there is no correlation between smartphone addiction and sleep issues. In conclusion, smartphone overuse and addiction may subsequently affect an adolescent’s mental well-being.
... 2 It has been seen that didactic lectures are spanned over an hour duration and most of data suggests that students are not able to maintain their attention beyond twenty minutes in concentrating lectures. 4 The conventional didactic lecture is based on facilitator-directed teaching environment and students are more like spectators and passive listeners. This type of lecturing would not allow open interactions between facilitator and students and instead puts more stress on students' exposure to course stuff. ...
Article
Article Citation: Ashraf S, Khan SA, Ahmad M, Rind SM, Fatima A, Safdar S. Comparison of didactic lecture with interactive lecture for learning enhancement in third year BDS students at Nishtar Medical University, Multan. Professional Med J 2023; 30(01):129-135. ABSTRACT… Objective: To compare didactic lecture with interactive lecture for learning enhancement in third year BDS students at Nishtar Medical University, Multan. Study Design: Descriptive Cross Sectional study Setting: Department of Medical Unit-IV, Nishtar Medical University Institutional Review Board. Period: Six weeks from mid of January to end of February 2020. Sample Size: Fifty four BDS students filled the feedback proforma. Material & Methods: The whole class of sixty students was taught respiratory system in medical unit IV by interactive lectures and didactic lectures. Out of 10 lectures in respiratory system, 5 lectures were conducted in interactive style and 5 were conducted in conventional lecture form on alternate basis. Each lecture had duration of one hour. Lectures were made interactive by interposing various activities. After the completion of 10 lectures, feedbacks from students were taken by giving students structured proforma. All the data was analyzed by SPSS version 24. Frequencies (percentages) were calculated for each ordinal data. A p-value was calculated for comparison of didactic lectures with interactive lectures regarding various variables. Results: Out of 54 students 51(94.5%) had given their opinion in favor of interactive lectures. The number of students who either agreed or strongly agreed to interactive lecture technique in comparison to didactic lecture regarding creation of interest, maintain attentiveness, promotion of retention, ease of learning, motivation for self-learning and critical thinking and promotion of classroom collaboration was significantly higher. Conclusion: Interactive lecture proved to be more acceptable and useful than didactic lecture for learning enhancement.
... 2 It has been seen that didactic lectures are spanned over an hour duration and most of data suggests that students are not able to maintain their attention beyond twenty minutes in concentrating lectures. 4 The conventional didactic lecture is based on facilitator-directed teaching environment and students are more like spectators and passive listeners. This type of lecturing would not allow open interactions between facilitator and students and instead puts more stress on students' exposure to course stuff. ...
Article
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Objective: To compare didactic lecture with interactive lecture for learning enhancement in third year BDS students at Nishtar Medical University, Multan. Study Design: Descriptive Cross Sectional study Setting: Department of Medical Unit-IV, Nishtar Medical University Institutional Review Board. Period: Six weeks from mid of January to end of February 2020. Sample Size: Fifty four BDS students filled the feedback proforma. Material & Methods: The whole class of sixty students was taught respiratory system in medical unit IV by interactive lectures and didactic lectures. Out of 10 lectures in respiratory system, 5 lectures were conducted in interactive style and 5 were conducted in conventional lecture form on alternate basis. Each lecture had duration of one hour. Lectures were made interactive by interposing various activities. After the completion of 10 lectures, feedbacks from students were taken by giving students structured proforma. All the data was analyzed by SPSS version 24. Frequencies (percentages) were calculated for each ordinal data. A p-value was calculated for comparison of didactic lectures with interactive lectures regarding various variables. Results: Out of 54 students 51(94.5%) had given their opinion in favor of interactive lectures. The number of students who either agreed or strongly agreed to interactive lecture technique in comparison to didactic lecture regarding creation of interest, maintain attentiveness, promotion of retention, ease of learning, motivation for self-learning and critical thinking and promotion of classroom collaboration was significantly higher. Conclusion: Interactive lecture proved to be more acceptable and useful than didactic lecture for learning enhancement.
... In this case, the phone's ringing and other alert sounds made it clear to the participants that the phone was in the room and emphasized its presence, implying that the enhanced awareness of the phone's activeness caused the phone to interfere with the task at hand. Furthermore, compared to the participants who were banned from using cell phones, participants who were allowed to use cell phones performed worse on the multiplechoice test even in the case where they did not actually use their cell phones (Lee et al., 2017). This suggests that cell phone activeness is enhanced even without actual contact with the cell phone. ...
Article
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In the information-driven workplace, cell phones have gradually become irreplaceable. Although the use of work-related cell phones can bring convenience, recent research has demonstrated that the presence of a cell phone can impair cognitive task performance by reducing available attentional resources and suggested that the effect of the phone’s presence can be influenced by phone-related factors. This study focused on the relationship between this effect and phone activeness and conducted two experiments to investigate whether increasing phone activeness is associated with a stronger effect from the phone’s presence by using a dual-task paradigm (primary: letter recognition task, secondary: luminance-change detection task). Phone activeness was manipulated by two potential factors: the phone’s power state (control, powered-off, powered-on) and physical contact state (the phone was placed on the desk or held in the hand). The results showed that secondary task performance decreased with the phone’s presence, regardless of its power state and contact state. This indicated that the presence of the phone only affects the available attentional resources devoted to the peripheral visual field where the secondary task stimuli occurred; however, the effect of the phone’s presence was not moderated by phone activeness. The current findings provided several extended understandings related to the negative effects caused by the presence of the cell phone and their underlying mechanisms.
... En relación con los hallazgos encontrados en este estudio respecto a que los universitarios hombres son más activos que las mujeres, existe consenso en la literatura universitaria que indica que estos son más activos (20,21) , realizan más tiempo de actividad física diaria (22) , realizan más actividades deportivas (23) y tienen mejor condición física (24) . Estos resultados se relacionan con estudios que indican que las mujeres universitarias se perciben con otros intereses (25) o más desmotivación para realizar actividad física que los hombres (26) . ...
Article
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Introducción: El aumento del uso de teléfono celular y la baja actividad física en universitarios se han asociado a un bajo rendimiento académico. Objetivo: Analizar la relación entre tiempo de uso del teléfono celular, el nivel de actividad física y rendimiento académico en estudiantes universitarios. Materiales y métodos: Estudio de alcance correlacional y temporalidad longitudinal. Participaron 36 estudiantes universitarios, a quienes se evaluó durante un semestre, el tiempo que destinaron al uso de teléfono celular, a través de la aplicación “Moment” y la actividad física mediante la aplicación “Pacer”. Se registró el rendimiento académico con el promedio de notas. Resultados: Durante el semestre, los hombres realizaron mayor actividad física y utilizaron por mayor tiempo el teléfono. En periodos de evaluación, las mujeres tuvieron mayor actividad física y menor uso del teléfono celular (p=0,019 y p=0,033, respectivamente). Además, los hombres que tuvieron mejores notas promedio hacían un menor número de pickups diarios (p=0,032). Conclusiones: Los hombres universitarios son físicamente más activos y usan más el celular durante el semestre, aunque en periodo de evaluaciones las mujeres tienden a ser más activas y usar menos tiempo su celular. Los universitarios que usan menos el teléfono celular tienen mejor rendimiento académico.
... It should be noted that the cut-off point used for NMP-Q has not been validated in different scenarios, and while some studies find that the main negative consequences of nomophobia occur in moderate to severe cases, others use only the criterion of the highest score [5,28,29] use different cut-off points, or use only some dimensions of nomophobia scale [11,12,14,[30][31][32]. This could lead to substantial differences in prevalence reports between studies. ...
Article
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Nomophobia is the discomfort caused by not being in contact with a cell phone. Few studies have addressed nomophobia in university students. The study aimed to evaluate nomophobia and its associated factors in Peruvian medical students. We conducted an analytical cross-sectional study on Peruvian medical students between June 2020 and March 2021, using an online survey disseminated through social networks. We analyzed 3139 responses (females: 61.1%, median age: 22 years): 25.7% presented moderate nomophobia and 7.4% severe nomophobia. In the adjusted model, the nomophobia score was lower in students ≥24 years (β: −4.1, 95% CI: −7.2 to −1.0) and was higher in those who had a mobile internet data plan (β: 2.9, 0.8 to 5.0), used the cell phone >4 h (β: 4.5, 2.3 to 6.7), used a smartphone mainly for education (β: 2.5, 0.2 to 4.8), social networks (β: 8.2, 5.8 to 10.6) and entertainment (β: 3.3, 0.5 to 6.1), and those who presented possible anxious (β: 6.6, 4.3 to 8.9) or depressive (β: 19.5, 5.2 to 9.6) symptomatology. In conclusion, nomophobia in university students is a frequent and emerging problem, present mainly at younger ages and associated with symptoms of anxiety or depression. Implementing evaluation and early intervention strategies would favor the mental health of university students.
... With the emergence of smartphones, computer use and internet access, used to access information in the past, have transferred these tasks to smartphones. Smartphones not only provide communication capabilities such as making phone calls, sending messages, and keeping track of emails, but can also be used for various purposes such as browsing the Internet, using social media accounts, playing games, making appointments, reading books, doing homework, having fun, and shopping (Lee et al., 2017). ...
Article
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In today's world, smartphones are an indispensable part of people's daily lives because smartphones facilitate daily routines. However, problematic or excessive use of smartphones can cause some psychological problems. Nomophobia is considered as one of the psychological problems caused by excessive use of smartphones. Nomophobia is referred to as modern age phobia and refers to irrational fears and anxieties of a person who cannot access or communicate with their mobile phone. Therefore, this study examines the prevalence of nomophobia among college students, behavioral patterns associated with nomophobia, and reveals the relationship between nomophobia and depression-anxiety-stress. A personal questionnaire, the Depression Anxiety Stress (DASS-42) and Nomophobia (NMP-Q) scales were used to investigate the research questions. . Descriptive statistics, one-way analysis of variance (ANOVA), independent samples t-test, Pearson correlation coefficient and simple linear regression methods were used to analyze the data. The results show that the level of nomophobia among college students is higher than average. There were significant differences between the level of nomophobia and the college students' behaviors such as carrying a charger, checking the smartphone after waking up, checking the phone frequently during the day, the duration of daily smartphone use, and the time of internet use through the smartphone. A positive correlation was found between nomophobia and depression-anxiety-stress level. Finally, in the regression analysis, the model was found to be statistically significant. This result shows that the level of nomophobia is a significant predictor of the level of depressionand anxiety stress. The results obtained show that nomophobia has negative impact on mental health.
... According to within-group analysis, the CC intervention resulted in greater improvements in nomophobia, time attitudes, and perceived occupational performance and satisfaction. Studies have shown nomophobia's relations with occupational performance , stress (Tams et al., 2018), learning skills (Lee et al., 2017), lesson participation, and attention disruption (Mendoza et al., 2018). The literature presents conflicting results for the effectiveness of cognitive-behavior therapy treatment on nomophobia (King et al., 2010;King et al., 2013). ...
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This study aimed to determine the effectiveness of two different occupational therapy interventions applied to university students with severe nomophobia. Forty-six participants were assigned to client-centered (CC) and time management (TM) intervention groups. Before and after intervention, participants’ time management skills were evaluated with the time management questionnaire (TMQ), occupational performance and satisfaction were evaluated with the Canadian Occupational Performance Measure (COPM), and nomophobia levels were evaluated with Nomophobia Questionnaire (NMP-Q). Both groups improved in NMP-Q, TMQ, and COPM within-group comparisons (p < 0.001). The interventions can be used to reduce nomophobia increase time management skills and increase perceived occupational performance and satisfaction.
... An emerging line of research in recent years has ascertained the association of nomophobia with a number of negative outcomes pertinent to fear, stress, panic, and anxiety due to inability to access the smartphone (aka nomophobia) (Nie et al., 2020;Rodríguez-García et al., 2020). College students suffering from symptoms of nomophobia tend to struggle with concentrating in class (Lee et al., 2017) and perform poorly in academic achievement (Gutiérrez-Puertas et al., 2019). In order to contribute to this body of research, we asked questions of interviewees as regards the degree of pervasiveness of nomophobia and its varied symptomatic manifestations through a set of questions about their attitudes and personal experiences of dealing with situations absent of the smartphone. ...
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Background: Problematic smartphone use is widespread, and college-age youth faces an especially high risk of its associated consequences. While a promising body of research has emerged in recent years in this area, the domination of quantitative inquiries can be fruitfully and conceptually complemented by perspectives informed through qualitative research. Toward that end, this study aimed to interrogate the myriad behavioral, attitudinal, and psychological tendencies as a side effect of college students’ engagement with the smartphone in their everyday lived experience through in-depth interviews. Methods: We recruited 70 participants from seven college campuses hailing from different geographic regions in China, and conducted semi-structured in-depth virtual interviews via WeChat in November and December 2020. Subjective experiences, personal narratives and individual perceptions in the context of routine interaction with the smartphone were thematically analyzed through a reiterative process in an effort to detect prevailing threads and recurring subthemes. Results: The smartphone has established a pervasive presence in college students’ everyday life. Time-based use characteristics generated a typology of four distinct user groups: hypo-connected antagonists, balanced majority, hyper-connected enthusiasts, and indulgent zealots. Habitual usage falls on predictable patterns matched onto temporal, locale-based and contextual cues and triggers. Students’ dependency relationships with the smartphone have both functional and emotional dimensions, as prominently manifested in occasions of detachment from the device. Self-regulatory effort in monitoring and limiting use is significantly impacted by mental focus and personal goal setting. Perspectives from our qualitative data suggest the need for taking into account a variety of contextual cues and situational factors in dissecting psychological and emotional outcomes of smartphone use and abuse.
... The use of language learning apps on mobile devices resulted in students' distraction, which is considered as a common disorder characterized by peers and instructors in an educational context (Frisby, 2017). Several studies have indicated that the increase in student mobile phone implementation in classroom settings has resulted in a decrease in students' academic performance, recall and satisfaction with the instruction (Dietz & Henrich, 2014;Lee et al., 2017). ...
Article
Student response systems (SRS) have been used to provide teachers with immediate feedback on learners' performance to understand their weaknesses and strengths. This exploratory study is aimed at focusing on both distractive and facilitative aspects of using SRS in English as a foreign language (EFL) classes to assess learners' understanding of grammar lessons. Eighty university students majored in English language and literature attended a grammar course accompanied by Kahoot, a free online game-based application as an SRS. Students' perspectives about positive and negative aspects of the application were explored prior and subsequent to its implementation through open-ended surveys and interviews. In addition, their classes were observed for more in-depth information. The results revealed that despite its positive features, most of the students were not willing to take part in this game-based application. They mentioned the Internet connection problems, the high pace of the game, its competitive nature and the lack of detailed explanation after the game as the main reasons for their unwillingness toward using this application in the classroom, which made most of the learners demotivated and distracted. The implications for teachers are also discussed. ARTICLE HISTORY
... Another two studies had also observed a similar finding among HSSs that those who were having stronger smartphone addiction had shown higher risk of getting distracted during their studies and had reduced learning ability due to distraction. [45,46] In a study conducted by Jilisha et al.,38.1% of students reported of perceived impairment in academic performance due to excessive smartphone use. [41] Thus, it was evident that development of smartphone addiction led to increased distractibility and decreased learning ability among HSSs. ...
Article
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Introduction: Increased use of smartphones can lead to smartphone addiction and “no‑mobile‑phone‑phobia” known as nomophobia. During an ongoing coronavirus disease 2019 (COVID‑19) lockdown, to tackle an issue of boredom, many people including undergraduate health sciences students (HSSs) are using smartphones, leading to an increased risk of smartphone addiction and nomophobia. During lockdown, many universities have shifted the mode of learning to e‑classes by using an internet‑based technology on smartphones, which may contribute to increased exposure to smartphones, leading to an increased risk of smartphone addiction among students. Objective: To assess an impact of COVID‑19 lockdown on smartphone addiction and severity of nomophobia among UG HSSs. Materials and Methods: The present study was conducted at a rural tertiary health‑care center in Maharashtra state of India with a sample size of 412. Smartphone Addiction Scale–Short Version was used to assess smartphone addiction and Nomophobia Questionnaire was used to assess nomophobia. Results: Majority (69.7%) reported inability to concentrate on studies at home due to increased use of smartphone during the COVID‑19 lockdown. Boredom (32.8%) was the most bothering thing during lockdown, and to tackle it, 55.8% reported of using smartphone. 97.6% had nomophobia and 45.1% had smartphone addiction. There was increase in the prevalence of smartphone addiction and nomophobia during the COVID‑19 lockdown as compared to the prevalence from studies which were conducted in the pre‑COVID‑19 lockdown period. Conclusion: Appropriate measures should be taken by health sciences universities and authorities to address an issue of smartphone addiction and nomophobia so that students can concentrate on their studies at home during the COVID‑19 lockdown.
Article
In the digital age, mobile phones significantly impact human cognition and behavior. This experimental study examined the effects of passive mobile phone presence on attentional control in young adults aged 18–25. Participants were randomly assigned to a control (no phone) or an experimental group (phone present). Attention control was measured using the Attention Network Test (ANT). In contrast, smartphone nomophobia and addiction were measured with the Nomophobia Questionnaire (NMP-Q) and the Smartphone Addiction Scale-Short Version (SAS-SV). Contrary to previous literature, the presence of a mobile phone did not significantly distract participants or impair attentional performance. No significant relationship emerged between self-reported levels of distraction or nomophobia and actual attentional performance, although smartphone addiction seemed to have a weak effect on the errors made by those who performed in the presence of their mobile phone. Significant gender differences were found in terms of nomophobia, with women reporting higher levels than men. This study suggests that the relationship between mobile phone presence and attentional processes is more complex than previously hypothesized, bringing the existing literature under further consideration.
Article
Nursing students often experience high levels of anxiety compared to students in other disciplines due to academic and clinical demands. Some of the important factors believed to influence psychological well-being are nomophobia, emotional regulation, self-efficacy and loneliness. Therefore, the current study aimed to explore the relationships between nomophobia, emotional regulation, loneliness, self-efficacy and anxiety among nursing students using structural equation modeling (SEM). A cross-sectional study was conducted among 121 nursing students. Data were collected using validated tools, including the Nomophobia Questionnaire (NMP-Q), Emotion Regulation Questionnaire (ERQ), UCLA Loneliness Scale, General Self-Efficacy scale and Generalized Anxiety Disorder (GAD-7) scale. Structural Equation Modeling (SEM) was used to explore the relationship between study variables. The findings revealed that nomophobia and loneliness were positively associated with anxiety, with standardized path coefficients of β = 0.35 (p < 0.001) and β = 0.25 (p < 0.001), respectively. Conversely, emotional regulation (β = −0.20, p < 0.001) and self-efficacy (β = −0.30, p < 0.001) showed significant protective effects by reducing anxiety. Additionally, emotional regulation negatively influenced nomophobia (β = −0.21, p < 0.001) and loneliness (β = −0.15, p < 0.05), highlighting its role in mitigating adverse psychological outcomes. Self-efficacy exhibited a negative but non-significant association with loneliness (β = −0.09, p = 0.10) and demonstrated a significant negative effect on nomophobia (β = −0.13, p < 0.05). Nomophobia and loneliness significantly contribute to heightened anxiety levels among nursing students, while emotional regulation and self-efficacy serve as protective factors. Given the high-stress nature of nursing education and clinical practice, interventions aimed at enhancing emotional regulation skills and fostering social support networks could be particularly beneficial in mitigating nomophobia, reducing loneliness, and ultimately lowering anxiety levels. Integrating such strategies into nursing curricula may not only support students’ mental well-being but also enhance their academic performance.
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The use of mobile devices has the potential for distraction in libraries is undeniable despite the excellent enhancement they have brought to learning and life in general. Librarians are still searching for evidence-based solutions to tame this emergent tide. The study is a feedback exercise to find out in specific terms whether the burden of noise generated by the use of mobile devices in libraries weighs down the students' concentration to harvest their individual views on effective control measures. It is a descriptive survey study that used a structured questionnaire to elicit data from three hundred and forty (340) students of Chukwuemeka Odumegwu Ojukwu University, Nigeria. A simultaneous face-to-face approach was adopted in the classroom setting for data collection. SPSS was used to analyse the quantitative data. Findings reveal that 62.06% of the students feel disturbed and distracted by mobile phone use especially noise from answering of calls and ringing tones. As a solution, the majority of respondents (71%) recommend an outright ban on the use of mobile devices in the library. It is recommended that library management battling with noise control may consider a ban on mobile devices use in the library for possible relief.
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In September 2015, the General Assembly adopted the 2030 Agenda for Sustainable Development which includes 17 interconnected Sustainable Development Goals (SDGs) - quality education, reduced inequality, responsible consumption and production, and partnerships to achieve the goals. Smartphones are becoming increasingly prevalent element of the educational experience in classes, from preschool to graduating school level. The iPhone phenomenon makes students' lives easier. They can access their school information on portable devices. This is referred to as electronic learning (e-learning); smartphone is advanced mobile phone device that has improved considerably in the 21st century with the accommodation of features such as accessing emails, biometrics, online shopping, social media, and many more. The question arises whether the iPhone craze is driven by the passion for securing academic excellence, prestige, or social relevance. This author observes that the use of smartphones is gradually becoming an effective and indispensable learning tool used to enhance youths' social engagement. Hence, this study aims to conceptually synthesize existing literature on the iPhone phenomenon using the Marshal McLuhan Theory.
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This study investigated the influence of cell phone attachment on classroom learning among Senior Secondary students in Delta Central Senatorial District, Delta State. Guided by three research questions, the study utilized a correlational survey research design. The population comprised 15,170 Senior Secondary students, with a sample of 375 students drawn from 19 secondary schools using proportionate stratified random sampling. Data were collected using two researcher-designed questionnaires: the Cell Phone Attachment Questionnaire (CEPAQ) and the Classroom Learning Questionnaire (CLQ). The validity and reliability of the questionnaires were established, with reliability coefficients of 0.71 for CEPAQ and 0.80 for CLQ, calculated using Cronbach's Alpha. Pearson Product Moment Correlation (PPMC) was employed to answer the research questions. The findings revealed a positive relationship between cell phone attachment and classroom learning, with gender and age exerting positive moderating impacts on this relationship. The study concluded that cell phone attachment significantly affects classroom learning and recommended, among other measures, that school administrators monitor phone usage in classrooms to mitigate negative impacts.
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RESUMO: O número de jovens que fazem uso das tecnologias digitais cada vez mais precocemente tem aumentado de forma significativa. Considerando que o uso inadequado e abusivo das tecnologias pode ser prejudicial em várias dimensões da vida humana, será apresentada e discutida neste artigo a sistematização das etapas do desenvolvimento e da validação de um instrumento que objetiva mensurar indicativos de vulnerabilidade digital entre estudantes do Ensino Médio. A construção do Questionário de Identificação de Vulnerabilidade Digital (Q-IVD) está fundamentada na literatura, sendo escolhido o tipo de validação de conteúdo para avaliar, por meio do método Delphi, o julgamento de especialistas acerca dos conteúdos presentes no instrumento. Participou desse processo de validação um painel de especialistas composto por 26 juízes com formação e atuação nos campos da educação e saúde, e, posteriormente, amostras de estudantes que contribuíram com a análise semântica das questões e a aplicação-piloto do questionário para realização de análises e testes estatísticos, cabendo destacar que todas essas etapas ocorreram durante o período pandêmico. O Q-IVD obteve ótimos resultados nos processos de validação, com Índice de Validade de Conteúdo (IVC) acima de 0,80 em todas as questões e categorias, e teve sua confiabilidade e consistência comprovadas mediante o coeficiente alpha de Cronbach 0,821. A versão final do Q-IVD contém 24 questões distribuídas em quatro categorias, e, durante o processo de validação, foram evidenciados indícios de esse instrumento ter aplicabilidade validada também para diferentes públicos, mediante aprimoramento e adaptações transculturais, para investigar correlações diversas juntamente com outros instrumentos de pesquisa e análises estatísticas.
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Nomophobia (no mobile phone phobia) describes the discomfort or anxiety caused by not being near a mobile phone, or other commonly used virtual communication device. The aim of this research is to determine the effectiveness of systematic desensitization and Cognitive Restructuring counseling techniques to reduce student nomophobia at PGRI University Yogyakarta. This research uses a Repeated Measure Design experimental design. Subjects consisted of 16 students taken by purposive sampling. The data in this study was obtained through the nomophobia scale research instrument. The repeated measure one way ANOVA test was used to compare repeated measurements on the same subject, namely from pretest, posttest and follow up between experimental groups. Meanwhile, the mixed ANOVA test was used to determine the comparison of effectiveness between experimental groups. The results of data analysis show that the experimental group with the systematic desensitization technique had a higher increase in reducing nomophobia compared to the cognitive restructuring technique. Based on the researchers' findings, it can be recommended for counselors to apply Cognitive Restructuring and systematic desensitization techniques in guidance and counseling services to reduce Nomophobia. Future researchers can add qualitative research methods to improve the quality of research.____________________________________________________________Nomophobia (no mobile phone phobia) menggambarkan ketidaknyamanan atau kecemasan yang disebabkan oleh tidak berada didekat telepon genggam, atau perangkat komunikasi virtual lainnya yang biasa digunakan. Tujuan dalam penelitian ini untuk mengetahui keefektifan konseling teknik systematic desensitization dan Cognitive Restructuring untuk mereduksi nomophobia mahasiswa di Universitas PGRI Yogyakarta. Penelitian ini menggunakan rancangan eksperimen Repetead Measure Design. Subjek terdiri atas 16 mahasiswa yang diambil dengan purposive sampling. Data dalam penelitian ini diperoleh melalui instrument penelitian skala nomophobia. Uji repeated measure one way ANOVA digunakan untuk membandingkan pengukuran berulang pada subjek yang sama yakni dari pretest, postest, dan follow-up antara group eksperimen. Sedangkan uji mixed ANOVA digunakan untuk mengetahui perbandingan keefektifan antara group eksperimen. Hasil analisis data menunjukkan kelompok eksperimen teknik systematic desensitization memiliki peningkatan lebih tinggi dalam mereduksi nomophobia dibandingkan dengan teknik cognitive restructuring. Berdasarkan temuan peneliti maka dapat disarankan bagi konselor dalam mengaplikasikan teknik Cognitive Restructuring dan systematic desensitization dalam layanan bimbingan dan konseling untuk mereduksi Nomophobia. Bagi peneliti selanjutnya dapat menambahkan metode penelitian kualitatif untuk meningkatkan kualitas penelitian.
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Over the past 30 years, cellular phones and mobile devices have progressed from their original design, a mobile device that provided vocal communication, to a device that can accomplish a myriad of functions (e.g., driving directions, games, banking). These devices have been praised and ridiculed, yet they remain a staple in twenty-first-century life. This chapter provides a brief history of the technology surrounding mobile devices and their current uses. We discuss how these devices have been shown as an agent of behavior change across multiple disciplines. Specifically, mobile devices as related to the field of applied behavior analysis (ABA) will be discussed including how these devices work within a basic behavioral contingency. We will also address how mobile technology has been used within ABA research, as well as ways in which practitioners have used mobile devices as teaching tools to incorporate evidence-based practices in clinical, school, and community settings. Additionally, we will note how mobile devices can be used as tools for collecting and graphing a variety of data.KeywordsApplied behavior analysisMobile devicesCellular phonesTechnologyContingencyData collectionInterventionClassroom
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The current study was designed to empirically examine the role of nomophobia level and cellphone presence in distracted driving. Seventy-One participants consisting of 13 mild, 37 moderate, and 21 severe nomophobia individuals participated in the study. They were required to complete a series of questionaries and driving vignettes related to their cellphone being either accessible or not accessible. It was hypothesized that higher nomophobia level and lack of cellphone presence would result in higher subjective distraction and negative affect scores for each of the driving vignettes. Results indicated higher nomophobia level and the cellphone not being accessible resulted in significantly higher negative affect and subjective distraction. Furthermore, results highlighted individuals with moderate and severe nomophobia as being at higher probability to be easily distracted and engage in risky driving behaviors. Theoretical and practical implications are discussed, and directions for future research are also presented.
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Digital distractions are an important and prevalent aspect of college students' lives. Using a self-regulated learning perspective, this chapter provides an in-depth understanding of students' digital distractions in academic settings and highlights how college instructors can empower their students to manage digital distractions and self-regulate their own learning. In particular, the chapter discusses both the causes and consequences of engaging in digital distractions with a focus on the impact of multitasking. In addition, the chapter argues that students' engagement in digital distractions is closely connected to their motivation and emotions. This chapter highlights how college students can regulate their digital distractions throughout the learning process during each phase of self-regulated learning. Finally, the chapter reviews the ways college instructors can support students' management of distractions through their instructional approaches.
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This study compares and validates measures of the "fear of missing out" (FoMO). We administered two measures of the fear of missing out (FoMO Abel & FoMOPrzy), the Positive and Negative Affect Scales (PANAS), the Need to Belong Scale (NBS), the Rejection Sensitivity Questionnaire (RSQ), the Acceptance and Action Questionnaire-II (AAQ-II), and the Entertainment-Social subscale of the Celebrity Attitude Scale (CAS ES) to 286 university students to determine how well scores on each scale would correlate with scores on the two measures of FoMO. We found that scores on all but the CAS ES correlated significantly with scores on both FoMO scales. Results support construct validity for both FoMO scales, although one measure appears to provide a more specific assessment of the fear of missing out.
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Background: Nomophobia, which is a neologism derived from the combination of "no mobile," "phone," and "phobia" is considered to be a modern situational phobia and indicates a fear of feeling disconnected. Objective: No psychometric scales are available in Italian for investigating such a construct. We therefore planned a translation and validation study of the Nomophobia Questionnaire (NMP-Q), which is an instrument developed by Yildirim and Correia. Subjects were recruited via an online survey using a snowball approach. Methods: The NMP-Q was translated from English into Italian using a classical "backwards and forwards" procedure. In order to explore the underlying factor structure of the translated questionnaire, an exploratory factor analysis was carried out. A principal component analysis approach with varimax rotation was performed. Multivariate regression analyses were computed to shed light on the psychological predictors of nomophobia. Results: A sample of 403 subjects volunteered to take part in the study. The average age of participants was 27.91 years (standard deviation 8.63) and the sample was comprised of 160 males (160/403, 39.7%) and 243 females (243/403, 60.3%). Forty-five subjects spent less than 1 hour on their mobile phone per day (45/403, 11.2%), 94 spent between 1 and 2 hours (94/403, 23.3%), 69 spent between 2 and 3 hours (69/403, 17.1%), 58 spent between 3 and 4 hours (58/403, 14.4%), 48 spent between 4 and 5 hours (48/403, 11.9%), 29 spent between 5 and 7 hours (29/403, 7.2%), 36 spent between 7 and 9 hours (36/403, 8.9%), and 24 spent more than 10 hours (24/403, 6.0%). The eigenvalues and scree plot supported a 3-factorial nature of the translated questionnaire. The NMP-Q showed an overall Cronbach alpha coefficient of 0.95 (0.94, 0.89, and 0.88 for the three factors). The first factor explained up to 23.32% of the total variance, while the second and third factors explained up to 23.91% and 18.67% of the variance, respectively. The total NMP-Q score correlated with the number of hours spent on a mobile phone. Conclusions: The Italian version of the NMP-Q proved to be reliable.
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Recent research has reported negative consequences, such as increased anxiety, associated with restricting people’s access to their mobile phones. These findings have led researchers to suggest that mobile phone use may pose a legitimately addictive behavior for some people. Other research has suggested negative effects of mobile phones on academic outcomes. To study the effects of phone separation on both anxiety and attainment of academic study goals, we randomly assigned participants (N = 93) to a restricted mobile phone access condition or a control condition. After setting a list of goals for a study session, participants worked on their own, self-chosen class materials for 60 minutes. Anxiety was measured before and immediately following the study session. Attainment of study goals was assessed through a self-report estimate of the percent of study goals accomplished at the end of the session. We predicted that those who classified as high on a problematic mobile phone use scale and who had their phones taken away would show the greatest increases in anxiety over the session as well as the greatest deficits in attainment of study goals as compared to all other participants. While there was a general tendency for participants who scored higher on the problematic use scale to be more anxious, anxiety did not differ between participants with phone access and those without it. Participants without phone access self-reported attainment of 12% more of their study goals than those who had phones. This study qualified the conditions for which restricting mobile phone access increases anxiety and provided further empirical support for detriments to attainment of study goals when mobile phones are present.
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Initial well-controlled studies have suggested that mindfulness training interventions can improve a broad range of mental and physical health outcomes (e.g., HIV pathogenesis, depression relapse, inflammation, drug abuse), yet the underlying pathways linking mindfulness and health are poorly understood. In this article, we offer a mindfulness stress buffering account to explain these health outcomes, which posits that mindfulness-based health effects are mostly likely to be observed in high-stress populations for which stress is known to affect the onset or exacerbation of disease pathogenic processes. We then offer an evidence-based biological model of mindfulness, stress buffering, and health.
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Nomophobia is considered a modern age phobia introduced to our lives as a byproduct of the interaction between people and mobile information and communication technologies, especially smartphones. This study sought to contribute to the nomophobia research literature by identifying and describing the dimensions of nomophobia and developing a questionnaire to measure nomophobia. Consequently, this study adopted a two-phase, exploratory sequential mixed methods design. The first phase was a qualitative exploration of nomophobia through semi-structured interviews conducted with nine undergraduate students at a large Midwestern university in the U.S. As a result of the first phase, four dimensions of nomophobia were identified: not being able to communicate, losing connectedness, not being able to access information and giving up convenience. The qualitative findings from this initial exploration were then developed into a 20-item nomophobia questionnaire (NMP-Q). In the second phase, the NMP-Q was validated with a sample of 301 undergraduate students. Exploratory factor analysis revealed a four-factor structure for the NMP-Q, corresponding to the dimensions of nomophobia. The NMP-Q was shown to produce valid and reliable scores; and thus, can be used to assess the severity of nomophobia.
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Engaging in a test over previously studied information can serve as a potent learning event, a phenomenon referred to as the testing effect. Despite a surge of research in the past decade, existing theories have not yet provided a cohesive account of testing phenomena. The present study uses meta-analysis to examine the effects of testing versus restudy on retention. Key results indicate support for the role of effortful processing as a contributor to the testing effect, with initial recall tests yielding larger testing benefits than recognition tests. Limited support was found for existing theoretical accounts attributing the testing effect to enhanced semantic elaboration, indicating that consideration of alternative mechanisms is warranted in explaining testing effects. Future theoretical accounts of the testing effect may benefit from consideration of episodic and contextually derived contributions to retention resulting from memory retrieval. Additionally, the bifurcation model of the testing effect is considered as a viable framework from which to characterize the patterns of results present across the literature. (PsycINFO Database Record (c) 2014 APA, all rights reserved).
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This study developed a Smartphone Addiction Proneness Scale (SAPS) based on the existing internet and cellular phone addiction scales. For the development of this scale, 29 items (1.5 times the final number of items) were initially selected as preliminary items, based on the previous studies on internet/phone addiction as well as the clinical experience of involved experts. The preliminary scale was administered to a nationally representative sample of 795 students in elementary, middle, and high schools across South Korea. Then, final 15 items were selected according to the reliability test results. The final scale consisted of four subdomains: (1) disturbance of adaptive functions, (2) virtual life orientation, (3) withdrawal, and (4) tolerance. The final scale indicated a high reliability with Cronbach's α of .880. Support for the scale's criterion validity has been demonstrated by its relationship to the internet addiction scale, KS-II (r = .49). For the analysis of construct validity, we tested the Structural Equation Model. The results showed the four-factor structure to be valid (NFI = .943, TLI = .902, CFI = .902, RMSEA = .034). Smartphone addiction is gaining a greater spotlight as possibly a new form of addiction along with internet addiction. The SAPS appears to be a reliable and valid diagnostic scale for screening adolescents who may be at risk of smartphone addiction. Further implications and limitations are discussed.
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As people integrate use of the cell phone into their lives, do they view it as just an update of the fixed telephone or assign it special values? This study explores that question in the framework of gratifications sought and their relationship both to differential cell phone use and to social connectedness. Based on a survey of Taiwanese college students, we found that the cell phone supplements the fixed telephone as a means of strengthening users’ family bonds, expanding their psychological neighborhoods, and facilitating symbolic proximity to the people they call. Thus, the cell phone has evolved from a luxury for businesspeople into an important facilitator of many users’ social relationships. For the poorly connected socially, the cell phone offers a unique advantage: it confers instant membership in a community. Finally, gender was found to mediate how users exploit the cell phone to maintain social ties.
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Laptops are commonplace in university classrooms. In light of cognitive psychology theory on costs associated with multitasking, we examined the effects of in-class laptop use on student learning in a simulated classroom. We found that participants who multitasked on a laptop during a lecture scored lower on a test compared to those who did not multitask, and participants who were in direct view of a multitasking peer scored lower on a test compared to those who were not. The results demonstrate that multitasking on a laptop poses a significant distraction to both users and fellow students and can be detrimental to comprehension of lecture content.
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The authors investigated faculty and student perceptions regarding the use of cell phones and other electronic devices in the classroom. Students differed markedly from faculty, with students exhibiting much greater acceptance of in-class use of technology. Among students, the authors found that gender affected perceptions. Specifically, male students were more accepting of in-class use of technology than were female students. Also, graduate students were more disturbed by off-task use of laptop computers in class than their undergraduate counterparts. This research should be of interest to postsecondary educators and administrators in attempting to bridge the student-faculty generation gap, and in formulating policies regarding the use of electronic devices in the classroom.
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While laptops and other Internet accessible technologies facilitate student learning in the classroom, they also increase opportunities for interruptions from off-task social networking sites such as Facebook (FB). A small number of correlational studies have suggested that FB has a detrimental effect on learning performance, however; these studies had neglected to investigate student-engagement in the primary learning task and how this affects task-switching to goal-irrelevant FB intrusions (distractions); and how purposeful deployment of attention to FB (goal-relevant interruptions) affect lecture comprehension on such tasks. This experiment fills a gap in the literature by manipulating lecture interest-value and controls for duration of FB exposure, time of interruption, FB material and the order of FB posts. One hundred and fifty participants were randomly allocated to one of six conditions: (A) no FB intrusions, high-interest (HI) lecture; (B) no FB intrusions, low-interest (LI) lecture (C) goal-relevant FB intrusions, HI lecture (D) goal-relevant FB intrusions, LI lecture (E) goal-irrelevant FB intrusions, HI lecture (F) goal-irrelevant FB intrusions, LI lecture. As predicted, participants were more susceptible to FB distractions when the primary learning task was of low-interest. The study also found that goal-relevant FB intrusions significantly reduced HI lecture comprehension compared to the control condition (A). The results highlight the need for recourses that will help educators increase student engagement with their learning task. Implications for future research are discussed.
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Objectives: This study examined the construct and criterion validity of the Mindful Attention Awareness Scale (MAAS) in cancer outpatients, using matched community members as controls. Methods: Cancer outpatients (n = 122) applying for enrollment in a mindfulness-based stress reduction (MBSR) program completed the MAAS and measures of mood disturbance and stress. Local community members (n = 122) matched to the patients on gender, age, and education level completed the same measures. Results: The single-factor structure of the MAAS was invariant across the groups. Higher MAAS scores were associated with lower mood disturbance and stress symptoms in cancer patients, and the structure of these relations was invariant across groups. Conclusions: The MAAS appears to have appropriate application in research examining the role of mindfulness in the psychological well-being of cancer patients, with or without comparisons to nonclinical controls. (c) 2005 Elsevier Inc. All rights reserved.
Article
This study examined mobile phone use in the classroom by using an experimental design to study how message content (related or unrelated to class lecture) and message creation (responding to or creating a message) impact student learning. Participants in eight experimental groups and a control group watched a video lecture, took notes, and completed tests of student learning. The control and relevant message groups earned a 10–17% higher letter grade, scored 70% higher on recalling information, and scored 50% higher on note-taking than students who composed tweets or responded to irrelevant messages. Sending/receiving messages unrelated to class content negatively impacted learning and note-taking, while related messages did not appear to have a significant negative impact.
Article
Today's educational system increasingly integrates digital devices such as laptops and tablets in the classroom on the assumption that the use of these technologies will increase student motivation and learning. However, research shows that students often use technologies for distractive purposes like off-task activity and multitasking. Few studies address the processes involved in this activity. This article offers a postphenomenologically informed qualitative study of students' off-task use of technology during class. Building on interviews with students in a Danish business college about their off-task technology use, findings suggest that off-task activity is not always a conscious choice. Because of deeply sedimented bodily habits, students often experience habitual distraction in the form of prereflective attraction towards certain frequently visited websites (e.g., Facebook). Laptops are experienced as endowed with an attractive allure that “pulls you in”. Students sometimes go as far as closing the lids of their laptops to avoid this habitual distraction. Theoretical and practical implications are discussed.
Article
In the modern world of constant connectivity, it is difficult to detach students from technology. Today, we walk into classrooms that are filled with computers and Ethernet plugs. Students are carrying laptops, smartphones, and other devices into classrooms for their learning needs. Although technology in classroom has its benefits, many students constantly succumb to its use during class for non-class related purposes, thereby impacting their learning. This study draws upon the augmented version of the theory of planned behavior, social learning theory and the pedagogical literature to investigate the factors influencing students' attitudes and intentions to use technology during class for non-class related purposes. The hypothesized model was validated by conducting a survey to collect the data and using partial least squares for analysis. The results demonstrate that students' attitudes are influenced by student consumerism, escapism, lack of attention, cyber-slacking anxiety, and distraction by others' cyber-slacking behavior. Further, lack of attention is shaped by intrinsic and extrinsic motivation, class engagement, and apathy towards course material. Theoretical and practical implications of the findings are discussed.
Article
College students are more likely to use their cell phones for leisure than for school or work. Because leisure is important for health and well-being, and cell phone use has been associated with mental and physical health, the relationship between cell phone use and leisure should be better understood. This research classified college students into distinct groups based on their cell phone use and personality traits, and then compared each group’s leisure experiences. Methods: A random sample of students (N = 454) completed validated surveys assessing personality (Big 5) and dimensions of the leisure experience (boredom, challenge, distress, awareness). Cell phone use and demographics were also assessed. Results: A cluster analysis produced a valid, three-group solution: a “High Use” group characterized primarily by cell phone use (over 10 h/day), and two Low Use groups (3 h/day) characterized by divergent personalities (extroverted and introverted). ANOVA compared each group’s leisure experiences and found the “Low Use Extrovert” had significantly less boredom, greater preference for challenge, and greater awareness of opportunities and benefits than the other groups (p < .01). The “High Use” group experienced significantly more leisure distress than the other groups (p < .05). Implications for health and well-being are discussed.
Article
Overuse of wireless mobile devices (WMDs) may be associated with a form of psychological dependency, of which a prominent feature may be anxiety arising from separation from these devices. College students, who are among the most avid consumers of WMDs, might be susceptible to the negative effects of WMD overuse. The present study examined anxiety in American college students when their WMDs were unexpectedly not available. Upon arrival, approximately one half of the 163 participants were randomly assigned to have their WMDs removed from their possession; the other half was allowed to keep their WMDs but were required to turn them off and place them out of sight. Participants were forced to sit quietly with no distractions during the study. The state portion of the State/Trait Anxiety Inventory (STAI) was administered three times, 20 min apart, beginning 10 min after the participants entered the room. The results showed that participants felt significantly more anxious over time. However, this pattern was evident only with heavy WMD users and with moderate WMD users whose devices were taken away. Dependency upon WMDs, mediated by an unhealthy connection to their constant use, may lead to increased anxiety when the device is absent.
Article
Texting has been shown to be cognitively distracting for students in lecture settings, but few have done empirical work, or looked at moderating effects between texting and academic outcomes. This experimental study compared the proportion of correct answers on a lecture quiz between students who were randomly assigned to text message during a pre-recorded lecture and those who were not, while investigating possible moderators. The participants who text messaged throughout the lecture scored significantly lower in percent of correct responses (t(95) = −4.6, p < .001, d = .93). No moderating effects were found, including: perceived distraction, perceived texting ability, number of text messages sent and received during the lecture, age, and gender.
Article
‘Phantom vibration syndrome,’ or perceived vibrations from a device that is not really vibrating, is a recent psychological phenomenon that has attracted the attention of the media and medical community. Most (89%) of the 290 undergraduates in our sample had experienced phantom vibrations, and they experienced them about once every two weeks, on average. However, few found them bothersome. Those higher in conscientiousness experienced phantom vibrations less frequently, and those who had strong reactions to text messages (higher in the emotional reaction subscale of text message dependence) were more bothered by phantom vibrations. These findings suggest that targeting individuals’ emotional reactions to text messages might be helpful in combating the negative consequences of both text message dependency and phantom vibrations. However, because few young adults were bothered by these phantom vibrations or made attempts to stop them, interventions aimed at this population may be unnecessary.
Article
Understanding the factors underlying variation in attentional state is critical in a number of domains. Here, we investigate the relation between time on task and mind wandering (i.e., a state of decoupled attention) in the context of a lecture. Lectures are the primary means of knowledge transmission in post secondary education rendering an understanding of attentional variations in lectures a pressing practical concern. We report two experiments wherein participants watched a video recorded lecture either alone (Experiment 1) or in a classroom context (Experiment 2). Participants responded to mind wandering probes at various times in the lecture in an effort to track variations in mind wandering over time. In addition, following the lecture, memory for the lecture material was tested. Results demonstrate that in a lecture mind wandering increases with time on task and memory for the lecture material decreases. In addition, there was a significant relation between mind wandering and memory for lecture material. Theoretical and practical applications of the present results are discussed.
Article
There are many issues related to the successful use of technology in the classroom. Some of the more salient include securing necessary annual funding, the development of dynamic plans, and decisions concerning platforms, hardware, T1 lines, software, and so forth. While these are perhaps the most obvious considerations, an often-overlooked but crucial determinant of whether technology succeeds or fails in the classroom is a less than obvious one...the teacher. While attention to choosing the appropriate hardware and software for the classroom is prerequisite, it is the skill and attitude of the teacher that determines the effectiveness of technology integration into the curriculum.
Article
The experience of daydreaming is familiar to all, yet daydreaming and its correlates in an educational context have yet to be adequately explored. This study investigated academic and other potential correlates of task-unrelated images and thoughts (TUITs) during lectures. 463 undergraduate psychology students participated across three lecture sessions. During lectures, an auditory probe was sounded five times; alerting participants to record whether they were experiencing a TUIT at that moment. Results revealed significant negative correlations between TUIT frequency and age, detail of notes taken and course interest. Also, those seated in the front third of the lecture experienced significantly fewer TUITs. Furthermore, as TUIT frequency increased, there was a trend towards poorer performance in course examinations, which measure the learning of lecture-based content.
Article
a b s t r a c t Electronic communication is emotionally gratifying, but how do such technological distractions impact academic learning? The current study observed 263 middle school, high school and university students studying for 15 min in their homes. Observers noted technologies present and computer windows open in the learning environment prior to studying plus a minute-by-minute assessment of on-task behavior, off-task technology use and open computer windows during studying. A questionnaire assessed study strategies, task-switching preference, technology attitudes, media usage, monthly texting and phone call-ing, social networking use and grade point average (GPA). Participants averaged less than six minutes on task prior to switching most often due to technological distractions including social media, texting and preference for task-switching. Having a positive attitude toward technology did not affect being on-task during studying. However, those who preferred to task-switch had more distracting technologies avail-able and were more likely to be off-task than others. Also, those who accessed Facebook had lower GPAs than those who avoided it. Finally, students with relatively high use of study strategies were more likely to stay on-task than other students. The educational implications include allowing students short ''tech-nology breaks'' to reduce distractions and teaching students metacognitive strategies regarding when interruptions negatively impact learning.
Article
OBJECTIVE: To examine the potential sensitivity of adolescents to radiofrequency electromagnetic field (RF EMF) exposures, such as those emitted by mobile phones. METHODS: In a double-blind, randomized, crossover design, 22 adolescents aged 11-13 years (12 males) underwent three experimental sessions in which they were exposed to mobile phone-like RF EMF signals at two different intensities, and a sham session. During exposure cognitive tasks were performed and waking EEG was recorded at three time-points subsequent to exposure (0, 30 and 60 min). RESULTS: No clear significant effects of RF EMF exposure were found on the waking EEG or cognitive performance. CONCLUSIONS: Overall, the current study was unable to demonstrate exposure-related effects previously observed on the waking EEG in adults, and also provides further support for a lack of an influence of mobile phone-like exposure on cognitive performance. SIGNIFICANCE: Adolescents do not appear to be more sensitive than adults to mobile phone RF EMF emissions.
Article
In this study, we examined the impact of mobile phone usage, during class lecture, on student learning. Participants in three different study groups (control, low-distraction, and high-distraction) watched a video lecture, took notes on that lecture, and took two learning assessments after watching the lecture. Students who were not using their mobile phones wrote down 62% more information in their notes, took more detailed notes, were able to recall more detailed information from the lecture, and scored a full letter grade and a half higher on a multiple choice test than those students who were actively using their mobile phones. Theoretical and pedagogical implications are discussed.
Book
(Publisher-supplied data) The classic text is Psychometric Theory. Like the previous edition, this text is designed as a comprehensive text in measurement for researchers and for use in graduate courses in psychology, education and areas of business such as management and marketing. It is intended to consider the broad measurement problems that arise in these areas and is written for a reader who needs only a basic background in statistics to comprehend the material. It also combines classical procedures that explain variance with modern inferential procedures.