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Hi,
I am currently writing a research protocol for my final year dissertation within which I am looking at current podiatry students and their levels of emotional intelligence and resilience as an insight into the future podiatry workforce. Also looking to see if there is any relationship between the two variables.
I am using two already existing pre-validated self-reporting questionnaires for both and will analyze them via crosstabulation. I am so confused by so many aspects of what I am doing so any help would be appreciated! Am I correct in saying that the study is quantitative, cross-sectional and observational in nature? would this then have to fall within the positivism paradigm? I have to mention which paradigm I am using but I feel it is more Constructionist but this can't be the case if I am using quantitative data?
Novice to research in 2nd year of Undergraduate degree and struggling,
Thanks, Melissa.
Dear Colleagues, have a nice day, This Questionnaire is as an entry to develop a new paradigm for Teacher Education.
The questions are as follows:
1- What is Teacher ?
2- What does every Teacher need to know?
3- What does every Teacher need to do ?
Transboundary learning cultures and schooling (TLCS) researchers are devoted to doing transcultural, transdisciplinary, and trans-paradigmatic research in each Asia-Pacific country and region. Glocalization and the COVID-19 pandemic initiated and have transformed learning and teaching spaces, integrating daytime schooling and shadow education, individual learning and collaborative learning communities, informal and informal education, learning and teaching in real and virtual worlds, lifelong and life-wide education, online and offline learning, and theory and practice. Such TLCS analyzes the phenomenon of transboundary space, which shapes new research directions in transcultural, transdisciplinary, transnational, and trans-paradigmatic education.
In this special issue, we call for papers on the theme of transboundary learning cultures and schooling (TLCS), asking the following questions:
What are new possible research agendas and potential implications of decentering the lens of cross-cultural, cross-national, cross-regional, and cross-theoretical analysis in cultural studies, educational and social research, and policy implications in TLCS?
What are the key concepts of ‘transboundary’ in learning cultures and schooling in contextualized studies when TLCS researchers conceptualize ‘cross-boundary’ or ‘passport-hopping’ in understanding Asia-Pacific practices?
What is the ontological status of the TLCS research in education? What are the assumptions and limitations of the TLCS research (especially in Asia-Pacific)?
What are the contributions of making cross-paradigm and cross-methodology comparisons in further development of research paradigms, methodology, and methods? What are the underlying logic and axiological frameworks of traditional research paradigms and methodology?
What is the scope of investigation of some transcultural, transdisciplinary, transnational, and trans-paradigmatic education studies in TLCS research on academic success?
How do postmodernist researchers map TLCS with other modernist research paradigms in a broader picture of multiplicity in daytime and shadow education?
How do comparativists locate the ‘lens’ of comparative and international education (CIE) in TLCS research for its further policy and research development?
Do you consider connectivism the new paradigm of learning and how does it affect constructivism in the contemporary digital learning environment?
There are at least 2 stands in this & issue debate.
**Scientific continuity is related to scientific change
Shebere & Kuhn are repredebtatives. The (alleged by S. ) problem of "incommensurability"(Kuhn, '60s) attempts to explain scientific change in terms of concepts of meaning and reference. Another way is through the concept of "reasons" and the issues of reasons.
The Gallilean paradigm broke meaning continuity from the Aristotelian & is inconsumerable i. E no comparison can be made between the 2
**Scientific Continuity as independent area
A more standard way, it providers factors such as mathematics continuity and causal continuity. GR for example deviated some how causal from Newtonian gravity but maintained mathematical cintinuity
Hi there,
I am conducting research on the following topic: Impact of eWOM on the consumer behaviour of Gen Z with regard to the Luxury Apparel Industry. I currently enrolled in a MS Marketing program. I'm fairly new to the research paradigm. I fed the data through smart pls. But I couldn't understand why I was receiving a low NFI score. Is it due to a smaller sample size? Sample size=116
Any help would be appreciated.
Regards,
Syed
Hi everyone,
My area of research is the effects of a range of threats (mostly grey zone, informational, and environmental) to social cohesion and societal resilience.
In relation to my work on informational threats (disinformation, misinformation, and conspiracy thinking), I have just finished reading a book by Ed Coper entitled "Facts and other lies: Welcome to the disinformation age". What I found particularly interesting here is that the author argues that there has been a major paradigm shift that we are still going through away from the Age of Enlightenment to now the Age of Disinformation. The argument is that we cannot fix the informational problem through the old paradigm and that we need to start understanding the new paradigm in order to come up with solutions.
My PhD thesis (many years ago now) tracked the sociological history of consumerism from the Age of Enlightenment through to the present. As part of this, in the best sociological tradition, I was able to pick up and provide an outline of the paradigm change towards neoliberalism in the 1970s. However, I have been finding that framing today's world in terms of neoliberalism is no longer realistic and that doing so means attempting to analyse today's social trends through an old paradigm. Of course, for analysing information disorder (as we call it), this is not appropriate at all as it doesn't help us to explain the influence of social media, political changes towards populism, and many other trends. The other point is that it appears that the overwhelming majority of academics (including most sociologists) and thinkers outside of academia are still analysing today's world through the old paradigm because they haven't noticed the paradigmatic evolution of recent years.
My question is: have any of you noticed the paradigm shift (which may very well be showing up in the younger generation in terms of identity politics, in particular), and if so, do you have any papers I can read in order to more deeply understand these changes? Any assistance would be greatly appreciated.
Einstein used an unorthodoxmethod to derive his work. Even the equivalence fornula started from an intuition about its inrvitsble truthness rather than a constructive combination of previews work.
His general theory also originated from first principles he capturedor expanded from his strong physical insight based around tcurrent paradigm.
It has been proved that theoretical scientific models created as a result of the learning process, reflect not the reality of "what it really is" and only the reality "what it is" in the process of interaction with tools of empirical knowledge, i.e. the organs of perception of a certain organism that supports a corresponding form of consciousness, experimental instruments and information-measuring systems of a certain functional level. Examples and consequences of the major mistakes that have been historically made by scientists for the substantial interpretation of theoretical scientific models: this error is unwarranted giving the model the ontological status ("hypostatizations") and its associated error model giving the status of universality. The history of the emergence and development of science was viewed as a process of sequential application of natural scientific method to the study of objects of knowledge, previously studied in the framework of philosophy. We have formulated a promising idea of solving problems of philosophy of natural science methods. In the framework of implementation of this idea, we have proposed a natural-scientific formulation and solution of the basic question of philosophy. This new scientific concept of "Relatively objective and Relatively subjective" and discusses the relationship of the content of these concepts from forms of consciousness. The article gives a natural-scientific definition of consciousness and offers periodic multi-criteria classification of forms of consciousness, including 49 forms of consciousness: the 7 types of 7 consciousness and cognition methods. It examines the dialectics of the changing ideological paradigms from antiquity to the present day and a place of scientific paradigms in the process. It also describes the law of denial-denial in the change of ideological paradigms and on the basis; it explores the hypothesis about the main features of the future ideological paradigm, formed in the present. We have formulated the correct principles of interpreting scientific models of natural-scientific method – scientific method of induction and the principles of open consciousness, i.e. the principles, opening the way for the formation of new, improved and more adequate models of reality than the existing ones which were considered the only true models
" """ What are the key issues under discussion?
Since 2015, under the legally-binding Paris Agreement treaty, almost all countries in the world have committed to:
- Keep the rise in global average temperature to ‘well below’ 2°C, and ideally 1.5°C, above pre-industrial levels.
- Strengthen the ability to adapt to climate change and build resilience.
- Align finance flows with ‘a pathway towards low greenhouse gas emissions and climate-resilient development’.
The Paris Agreement has a ‘bottom-up’ approach where individual countries decide what action they will take.
" """
And this means that something very important to the climate change issue/environmental sustainability is missing since 2015 Paris agreement; and actually missing since 2012 Rio +20 decision of green market paradigm shift avoidance, and something which it is still missing in COP27.
Which raises the question, what is the COP process NOT about, including COP27?
Any ideas of something very important missing that the IPCC seems to leave out all the time when calling for action?
What do you think?
There are 3 possible perfect market ways to correct distorted traditional market pricing mechanisms, and therefore, there are 3 possible ways of perfect paradigm shift avoidance, which leads to three different types of dwarf markets. The most well-known type of perfect market paradigm shift avoidance is that of the 2012 green market paradigm shift avoidance that led to today’s dwarf green markets as instead of going green markets as expected the world went dwarf green market.
And this leads to the question; Does perfect market paradigm shift avoidance creates sustainability black holes?
I think yes, what do you think?
Please share your own views on the question.
I am trying to find an image base tracking program (if possible, open source) that can reliable discern immobility from freezing response in mice while assessing fear conditioning behavioural responses.
Is anything that you can recommend?
Thank you very much!
How can scholarly outlets understand a paradigm shift from publish or perish to share or perish thereby quickening the process of review?
The current paradigm shifts and arguments provide some sort of mixed and fragmented conclusions for the adoption of some "irregular" designs in scientific inquiries subject to the objectives of a specific study. Please, with relevant justification (i.e., evidence), can a qualitative study adopt a positivist/post-positivists approach?
Dear Scientist,
I have some basic questions:
Is Strauss and Corbin paradigm model old and unusable (attached figure)?
Should a new hypothesis be proposed in Strauss and Corbin, 1998 grand theory method?
Is the Grand Theory method Patterning?
Is Pattern specific to qualitative research? Is Pattern not done in quantitative research?
I look forward to an opportunity to discuss this matter further. Gladly waiting for your response.
wish you best,
Sajjad
Do you believe on complexity paradigm in the interdisciplinary researches?
Hello, I would like to know what is the difference between epistemological positioning and paradigm. These two terms are used without apparent distinction in methodological articles by certain authors. Others indicate that paradigm is a sub-branch of epistemological positioning which also includes methodology and ontology.
Thank you in advance for your clarification!
There is a new term in used today “Climate change economics”, and this seems to imply the existence of an environmentally friendly economic thinking, which raises the question is climate change economics green economics?
What do you think?
Please try to provide your own view on the answer to this question
This is an academic question posted in good faith to exchange ideas
Communication is the key-word for both COVID causes and effects. Consequently, "life will not be the same" for the Social Sciences too. Researchers will soon want to develop a broader vision and new perspectives. This question is an invitation to brainstorm the future of the social paradigm.
It can be said that Thomas Kuhn’s loop is active only when the working of paradigms generates abnormalities. If a paradigm does not generate abnormalities it is a golden paradigm.
Hence, the Kuhn’s loop can be envisioned as moving from paradigm to paradigm correcting abnormalities until there are no more abnormalities to correct.
In other words, the Kuhn’s loop works its way up from non-golden paradigms to the golden paradigm.
And this raises the question; Can Thomas Kuhn’s scientific revolution loop be seen as the road that leads in the end to a golden paradigm ruled world?
I think the answer is Yes, what do you think?
Feel free to share your own views on the question!
My research method is mixed research, which investigates the effect of brand awareness and localization strategies of sports clubs on consumers' purchase motivation through quantitative (questionnaire method) as well as qualitative (semi-structured interviews). The paradigm I chose is post-positivism, but my research method should be inductive because I came to my conclusions through observational analysis.So should I continue to use post-positivism or change to another philosophical paradigm
Such question is raised when we want to know the future development of research paradigms in educational and social research after we endeavor to compare and evaluate them. I have pondered such question for 18 years. I would like to see if you could join me to answer such epistemologica and ontological l question.....Recently, I have found a feasible method called social cartography. .....
I used up almost 18 years to answer this hard question. Perhaps my new paper might give some hints. Any golden advice from experts in research paradigms and methodology?
Kwok, P. L. Y. (2022). A social cartographic mapping of research paradigms: Opening up space for new directions. Asian Qualitative Inquiry Journal, 1(1), 1-15.
Those familiar with Kuhn’s ideas on the evolution of scientific thought know or should know that what is normal science today may not be normal science tomorrow as normal science tomorrow if resulting from paradigm shifts that address the abnormalities of old paradigms that lead it into crises would be inconsistent with normal science today…..
Kuhn’s loop on how science evolves is based on the idea of honest academic thinking and discourse that in the end leads to paradigm change and to the growth of scientific thought….
But what if the loop of the growth of knowledge is plagued by willful academic blindness and silence….an aspect that apparently escaped Kuhn’s imagination…..
Which leads to the question, What happens to the scientific revolution loop a la Thomas Kuhn under willful academic blindness? Any ideas!
Feel free to share your own ideas
Dear Colleague,
Two years ago I made a set of innovations related to item-score association and estimation of reliability. Accidentally, I invented several new coefficients of correlation (~15) and estimators of reliability (~30+) under the topic of "deflation-correction". I noticed that many of the traditional estimators of correlation give far too low values in comparison with the true, latent correlation, that is, the estimates are radically deflated which leads, consequently, to technical and mechanical deflation in the estimates of reliability. For example, coefficient alpha and omega may be deflated by 0.60 units of reliability in certain types of datasets. This led to a set of articles and preprints that may be a start of a new paradigm in measurement modelling: deflation-corrected estimators of reliability.
During the last two years, I have studied different aspects of the phenomenon. I collected 20 recent publications with a commentary to a brief document to give a quick glance of the possible new paradigm (
Cover Page Comments on recent publications 2022
). I encourage you to familiarize yourself with the texts - they all are public. If something interests or bothers you we may start a discussion here; after all, this is a "start of a discussion"... For more personal discussion, you can find me from my RG profile https://www.researchgate.net/profile/Jari-Metsaemuuronen.
Regards,
Jari Metsämuuronen
PhD, Counsellor of Evaluation
Finnish Education Evaluation Centre, Finland
I have been trying to understand research paradigms (neo- positivism, interpretivism/social construction and critical realism) for a few days now, and I've been reading a number of resources, primarily Blaikie and priest's Social research: Paradigms in action (2017), and Tracy's Qualitative research method. In Blaikie and priest, they say that paradigms are used at the level of explanation, but when I read Tracy's work, I get the impression that paradigms come into play at the level of description as well. These various descriptions creates more confusion for me. At what level of research do these paradigms come into play?
In addition to this, I have been reading many articles that does no seem to follow the descriptions of the paradigms strictly. Are there some researches that don't usually follow?
In light of these two, do you think that survey research follows these paradigms?
Looking forward to reading your views and thought.
Research becoming more transdisciplinary with each passing day, the boundaries drawn between each discipline and paradigm is constantly changing. Kindly substantiate your answer
Think about it, science is supposed to be an open environment, one where if ideas are shown to be lacking or inappropriate or wrong, they are either improved or discarded. A system where if assumptions about reality turned out to be wrong, it will shift to catch up with the actual, now new reality leaving the previous reality/previous knowledge behind. That would be consistent with the thinking of Popper and Kuhn.
That was the expectation after the 1987 Brundtland commission said business as usual model has not worked as the assumptions on which it has been based were wrong, and that was the expectation after 2012 RIO + 20 when the UNCSD commission said to go green market, green growth and green economy was the shift to go….to internalize the wrong environmental externality assumption found in the business as usual model...
If that science expectation does not happen and invalid ideas and/or previous paradigm ideas are used to address the new reality, which by now everyone knows or should know is a reality not consistent with those previous ideas, is that still science or is this now an ideology?.
Which raises the question, at what point science, in general or economics in particular, becomes an ideology?
What do you think? Please express your view through answering this question.
Lets say I use a literature review, a survey (qualitative) and a case study in which, for example, the development of a chatbot is carried out to answer which factors influence the development of a chatbot (topic). Do I have to use Design Science Research Paradigm (DSR) for this or not? So is or could DSR be applicable to my case? And if so, do I have to follow the certain steps of this approach or can I make adjustments?
I have been trying to understand research paradigms (neo- positivism, interpretivism/social construction and critical realism) for a few days now, and I've been reading a number of resources, primarily Blaikie and priest's Social research: Paradigms in action (2017), and Tracy's Qualitative research method. In Blaikie and priest, they say that paradigms are used at the level of explanation, but when I read Tracy's work, I get the impression that paradigms come into play at the level of description as well. These various descriptions creates more confusion for me. At what level of research do these paradigms come into play?
In addition to this, I have been reading many articles that does no seem to follow the descriptions of the paradigms strictly. Are there some researches that don't usually follow?
In light of these two, do you think that survey research follows these paradigms?
Looking forward to reading your views and thought.
A non-anthropocentric design challenges the most profound paradigms of human existencialism and, also, it goes outside of the usual sphere of action of the design discipline. I am quite interested on any relevant material or reflections that you could share with me. Thank you!
I've got a really interesting finding across 3 different face recognition experiments using the 1 in 10 task and wondering if there is a criterion shift that is driving the responses.
All the papers I've come across that have used d'prime and Criterion C have been for simultaneous face matching (same-different) type paradigms using hits/false alarms.
I'm trying to figure out if its possible to look at the sensitivity and bias in a 1 in 10 face memory task, where there are 3 responses for target present array (hit, MissID, miss) and 2 for a target absent array (correct rejection, false positive). Has anyone published anything using the 1 in 10 paradigm, or lineup studies that have more responses for TP lineups? Thanks in advance for anyone who can offer advice.
Kuhn's Structure of Scientific Revolutions represents a watershed moment in the study of the history of science. His terminology of the paradigm, and particularly the paradigm shift, have entered the popular lexicon.
Yet, as noted in three generations of reviewers (corresponding to the first, second, and 50th anniversary editions) the ideas presented in the volume have been controversial from their inception, ranging from accusations of vagueness, through circularity, to extreme relativism.
Of the responses to Kuhn's ideas which would you recommend as the best reading.
Hi everyone! I have a statistical problem that is puzzling me. I have a very nested paradigm and I don't know exactly what analysis to employ to test my hypothesis. Here's the situation.
I have three experiments differing in one slight change (Exp 1, Exp 2, and Exp 3). Each subject could only participate in one experiment. Each experiment involves 3 lists of within-subjects trials (List A, B, and C), namely, the participants assigned to Exp 1 were presented with all the three lists. Subsequently, each list presented three subsets of within-subjects trials (let's call these subsets LEVEL, being I, II, and III).
The dependent variable is the response time (RT) and, strangely enough, is normally distributed (Kolmogorov–Smirnov test's p = .26).
My hypothesis is that no matter the experiment and the list, the effect of this last within-subjects variable (i.e., LEVEL) is significant. In the terms of the attached image, the effect of the LEVEL (I-II-III) is significant net of the effect of the Experiment and Lists.
Crucial info:
- the trials are made of the exact same stimuli with just a subtle variation among the LEVELS I, II, and III; therefore, they are comparable in terms of length, quality, and every other aspect.
- the lists are made to avoid that the same subject could be presented with the same trial in two different forms.
The main problem is that it is not clear to me how to conceptualize the LIST variable, in that it is on the one hand a between-subjects variable (different subjects are presented with different lists), but on the other hand, it is a within-subject variable, in that subjects from different experiments are presented with the same list.
For the moment, here's the solutions I've tried:
1 - Generalized Linear Mixed Model (GLMM). EXP, LIST, and LEVEL as fixed effect; and participants as a random effect. In this case, the problem is that the estimated covariance matrix of the random effects (G matrix) is not positive definite. I hypothesize that this happens because the GLMM model expects every subject to go through all the experiments and lists to be effective. Unfortunately, this is not the case, due to the nested design.
2 – Generalized Linear Model (GLM). Same family of model, but without the random effect of the participants’ variability. In this case, the analysis runs smoothly, but I have some doubts on the interpretation of the p values of the fixed effects, which appear to be massively skewed: EXP p = 1, LIST p = 1, LEVEL p < .0001. I’m a newbie in these models, so I don’t know whether this could be a normal circumstance. Is that the case?
3 – Three-way mixed ANOVA with EXP and LIST as between-subjects factors, and LEVEL as the within-subjects variable with three levels (I, II, and III). Also in this case, the analysis runs smoothly. Nevertheless, together with a good effect of the LEVEL variable (F= 15.07, p < .001, η2 = .04), I also found an effect of the LIST (F= 3.87, p = .022, η2 = .02) and no interaction LEVEL x LIST (p = .17).
The result seems satisfying to me, but is this analysis solid enough to claim that the effect of the LEVEL is by no means affected by the effect of the LIST?
Ideally, I would have preferred a covariation perspective (such as ANCOVA or MANCOVA), in which the test allows an assessment of the main effect of the between-subjects variables net of the effects of the covariates. Nevertheless, in my case the classic (M)ANCOVA variables pattern is reversed: “my covariates” are categorical and between-subjects (i.e., EXP and LIST), so I cannot use them as covariates; and my factor is in fact a within-subject one.
To sum up, my final questions are:
- Is the three-way mixed ANOVA good enough to claim what I need to claim?
- Is there a way to use categorical between-subjects variables as “covariates”? Perhaps moderation analysis with a not-significant role of the moderator(s)?
- do you propose any other better ways to analyze this paradigm?
I hope I have been clear enough, but I remain at your total disposal for any clarification.
Best,
Alessandro
P.S.: I've run a nested repeated measures ANOVA, wherein LIST is nested within EXP and LEVEL remain as the within-subjects variable. The results are similar, but the between-subjects nested effect LIST within EXP is significant (p = .007 η2 = .06). Yet, the question on whether I can claim what I need to claim remains.
- Asked 3 minutes ago
I have a problem. Measurements show the opposite of what convention assumes. It occurred in geotechnics, but could affect all material modelling branches.
I tested soil specimens. Convention interprets materials as things where deformation is created (output) and force is applied (input). So, our task is: decode how much deformation a certain loading (force) will generate.
After 6 years of testing, I noticed the convention is misleading. Reaction force behaves as a function of deformation. Not the other way round. Stiffness hysteresis loop shape, size and position stabilizes within deformation amplitudes. You can control the shape, size and position of stiffness loops - using deformation amplitude. All applied deformation values - have finite answers, unlike the "infinite displacement" paradox...
It's a big problem. All software is designed to model deformation as a function of force applied. But in reality, force (reaction) behaves as a function of deformation. It could be we are stuck in a paradigm, where deformation is modelled as a function of force. But in reality, the reaction force is a function of deformation. F=f(U) not U=f(F).
The observations (empirical evidence) pointed me to an abandoned theory from 40 years ago (strain-space plasticity, by P. J. Yoder 1980). His theory seems to be not only compatible with the observed physical properties, but also GPU - parallel computation compatible (there were no GPU units in 80's... so "parallel spring systems" in FEM caught no one's attention)
So, we have something that is both:
1. Potentially more physically correct
2. For the first time makes elasto-plastic FEM is super computer compatible.
I am stuck building robots for industrial projects at the faculty. For tests which are meant to provide "quick profit" to faculty. "fundamental" research is not funded. Tried applying for radical research EU grant... the topic is way too radical for them.
All observations were made in spare time. Evenings, weekends, at times - using life savings... I tried showing test results to renown experts. They become red in the face, angry, and say "I have not seen anything like it". After an hour of questions - they find no flaws in the testing machines. And.. Leave. Never to hear from again.
The theory of P. J. Yoder was defended in public defenses multiple times in the 80's. It seems "mathematically equivalent". As in - proven able to do "the same" as convention does. Without anyone ever testing what such "reversal of coordinate space" (strain instead of stress envelopes) would imply regarding interpretation of material properties. No one found flaws in it "mathematically". Never proves it wrong. But... Forgot, ignored and abandoned.
I tried asking industries for opinion too. Industry asks for code compatible with existing software (return of investment). And I alone can not code a full software package. Frankly, I would rather keep testing, try to prove my assumptions wrong. But the more I test, the more anomalies and paradoxes are observed, exposed and resolved on the topic..
What is the "antidote" in such situation? Tests showing convention wrong. Nobody find any mistakes. Which leads to silence and being ignored.
From Civil Engineering point of view, for the protection of community in society and workers in construction industry.
I am currently studying educational paradigms and I am interested in Constructivist.
Based on the study of the educational paradigms, I believe that this paradigm has profound enlightenment, guidance and practice not only for educational research but also for my own teaching design.
Currently I am beginning research on different methods and strategies on how to improve students’ reading skills in primary school. If I want to use the research methods of constructivism to carry out this research, do you have any good suggestions or relevant materials or articles to recommend? I look forward to your reply.
Reason # 1: First of all, as a preschool educator, the pragmatism paradigm does not take specific concepts or truths as the objective or require inherent prior knowledge as the guidance but emphasizes results. Understanding the "action route", the motivation behind such actions/behaviors, and the specific results different actions/behaviors will produce through interacting with community members so as to obtain a more unified or applicable association for such behaviors and effective experience and knowledge output in this process matches my actual working environment. As a researcher working in "communities" whose research object is preschool children, observing, recording, summarizing, and analyzing children's behaviors, behavioral motivations, and the correlation between different behaviors are one of the important working contents, and it is often difficult to take a relatively fixed scientific theory as the starting point for such research.
Reason # 2: Secondly, by using pragmatism paradigm the researchers are allowed to choose research directions with more freedom—either those they value of or those they have interests in. I work and learn with children in the kindergarten, which is relatively flexible. As a result, the meaningful and valuable research directions are always associated with children's everyday life and my interaction with them.
Reason #3: Finally, pragmatism allows researchers to choose research methods according to their own needs. For example, to combine several research methods in one research project. Pragmatism is frequently combined with hybrid method, which provides me with a flexible and convenient strategy to teach and research in practical scenarios. In the actual scenario of kindergarten, children's activities are various and the actual situation is unexpectable. In this case, to combine multiple research methods which attributes to pragmatism, is able to reflect researchers’ need.
Reference
Mertens, D. M. (2020). Research and evaluation in education and psychology : Integrating Diversity with Quantitative, Qualitative, and Mixed Methods (5th edition). ISBN:9781544333762
理由#1:首先,作为一名学前教育工作者,实用主义范式没有将具体的概念或真理作为目标,不需要固有的先验知识作为导向,而是更强调结果,在与社区成员的互动中了解“行动路线”、产生这些行动/行为的背后动机,及不同的行动/行为会产生怎样的具体结果,从而得出较为统一或适用于这些行为的关联,在这一过程中获得有效的经验与知识产出,这与我的实际工作环境较为匹配。作为一个身在“社区”之中的研究者,并且研究对象为学龄前儿童时,观察、记录、总结分析幼儿的行为与行为动机及不同行为间的关联性是重要工作内容之一,而开展这样的研究往往难以以一个较为固定的科学理论作为出发点。
理由#2:其次,使用实用主义范式,研究者可以较为自由地选择对研究者具有价值或研究者感兴趣的研究方向,我的工作与研究场景往往为幼儿园,伴随幼儿的学习生活展开,具有一定的灵活性,对我有意义或价值的研究方向往往伴随幼儿的实际行为出现,在与研究对象——学龄前儿童的互动中不断展开。
理由#3:最后,实用主义可以根据研究者的需要来确定具体的研究方法,或综合几种研究方法来达到研究目的。实用主义往往与混合法具体结合,这为我在实际场景下开展的教学研究提供了灵活方便的研究方法。在幼儿园的实际场景下,幼儿的活动具有多样性、实际情况具有复杂性,而实用主义所具备的、研究者可以自由选择的研究方法的组合,将为这一场景下的研究提供较大的便利。
参考文献
Mertens, D.M(2020). Research and evaluation in education and psychology. (第五版)赛奇出版社。ISBN:9781544333762
Dear friends,
I am currently studying educational studies. After reading the four paradigms of education, in my current experience, pragmatism emphasizes operability, which is more in line with my concept.
Pragmatists have largely avoided the use of metaphysical concepts such as truth and reality, which (in their view) have given rise to many endless and often useless debates and discussions (Tedddie&tashakkori, 2010).
I work as a teacher certification and teacher recruitment exam instructor. My students are adults and their needs are very clear. They want this certificate. And a very stable and easy job. My job is to get them through the exam. Because our course is online. I don't meet students face to face. During my course, some of my students will often be distracted, while others will not.
I plan to do a research. Collect data. For example, how often do students shift their attention? How long you keep your attention. I know that everyone's attention is limited. I hope to improve students' attention through my courseware and language.
At present, my data is not enough, if you have more methods, please give me your advice.
After reading Mertens' Introduction to Educational Research, I have a preliminary understanding of the four main research paradigms of research, which are post-positivism paradigm, constructivism paradigm, transformational paradigm and pragmatic paradigm. In the future, I plan to focus on the education direction of adult lifelong growth and learning. In this direction, I think the pragmatic paradigm will be more helpful to the education and research work I want to do. There are three reasons as follows:
#1 I focus on the growth and learning of adults, whose needs for growth and learning also change with the development of the times. The axiology of the pragmatic paradigm is that knowledge is acquired in the process of pursuing expected goals, and it is necessary to contact with multiple groups to obtain different understandings (Morgan 2007). This is suitable for the study of adult education in different Settings.
#2 The ontology of the pragmatic paradigm emphasizes the creation of knowledge through lines of action, pointing out that different people or groups can work together to complete "joint actions" or "projects". The emphasis is on the actual actions (" courses of action "), the beliefs behind those actions (" guaranteed claims "), and the possible consequences of different actions (" maneuverability ") (Morgan 2007). In my opinion, the personal growth and learning of growing people is the change of their beliefs or beliefs to action, and the positive feedback brought by the action promotes the occurrence of continuous learning. So at this point I also think that the pragmatic paradigm is more suitable for the direction of adult growth and learning.
#3 The epistemology of the pragmatic paradigm proposes that researchers need to interact with different members of society to understand problems in order to determine wise courses of action and determine the appropriateness of these actions, once implemented, to solve problems. The researchers did not position themselves as distant observers. Educational research on adult growth and learning requires interaction with group members, and researchers themselves are also part of the group, so they cannot be merely observers.
reference
Mertens, D. M. (2020). Research and evaluation in education and psychology : Integrating Diversity with Quantitative, Qualitative, and Mixed Methods (5th edition). ISBN:9781544333762
阅读完Mertens的《教育研究导言》,初步了解了教育研究的四个主要的研究范式分别是后实证主义范式、建构主义范式、转化型范式和实用主义范式。我打算未来专注在成人的终身成长学习的教育方向上,在这个方向上我认为实用主义范式对我想做的教育及研究工作会比较有帮助。理由有三,如下:
#1 我关注的是成年人的自身成长学习,成年人本身成长学习的需要也是在时代的发展中也是变化的,实用主义范式的价值论是在追求预期目标的过程中获得知识,需要与多个群体接触,从而获得不同解度的理解(Morgan 2007)。这对于在不同环境下的成人成长教育的研究会很适合。
#2 实用主义范式的存在论强调通过行动路线创造知识,指出了不同的人或群体可以共同完成“联合行动”或“项目”。重点在于实际行为(“行动路线”)、这些行为背后的信念(“有保证的主张”)以及不同行为可能带来的后果(“可操作性”)(Morgan 2007)。在我看来,成长人的自身成长学习正是基本其信念或信念的改变,到有所行动,以及行动后带来的正向反馈促进持续学习的发生。所以在这一点上我也认为实用主义范式更适合用于成人自身成长学习的方向。
#3 实用主义范式的知识论提出研究者需要与社会的不同成员互动,理解问题,以确定明智的行动方针,并确定这些行动一旦实施后的适当性,解决问题。研究者没有将自己定位为有距离的观察者。对于成人的成长学习的教育研究,是需要与群体成员互动,而且研究者本身也是群体之一,无法成为仅是观察者的角色。
参考文献
Mertens, D. M. (2020). Research and evaluation in education and psychology : Integrating diversity with quantitative, qualitative, and mixed methods(第 5 版)赛奇出版社。ISBN:9781544333762
In consumer behaviour studies should we use Positivism or Post-Positivism paradigm?
Good day scholars,
I have a paradigm divided into two main conditions. A baseline condition and an experimental condition.
In the baseline condition, participants answered to 20 identical trials.
In the experimental condition, participants answered to 50 (modified) identical trials.
All the trials within a condition were identical to each other (basically, participants answered 20 times to the same item in the baseline condition and 50 times to another similar item in the experimental one).
I would run a generalized linear mixed model (since I have only 14 subjects... they are monkeys) but I have a different number of trials between the two conditions, and I'm not sure I can run a repeated measure analysis with such an experimental paradigm.
Any idea or suggestion?
thanks in advance for any help
all the best,
Marco
Dear Friends,
I have been struggling for many years to educate software researchers about two simple facts (i) there are two kinds of engineering paradigms, which are Component-based and non-Component-based as illustrated at: http://real-software-components.com/raju/TwoKindsOfParadigms.pdfand (ii) today engineering discipline for Civil, Chemical or Software not employing Component-based paradigm. I shall not relent until the unknown fact (i.e. today software engineering is not employing Component-based paradigm) is understood and accepted.
Until the above unknown fact is known, no one in software industry will try to invent tools, methods and technologies essential for transforming software engineering paradigm from (a) complex, inefficient, and error-prone non-Component-based paradigm (that is infested by notorious spaghetti code) to (b) Component-based paradigm that is ten-times more efficient (e.g. by eliminating the notorious spaghetti code from design and development of each large or complex software product).
History of industrial engineering proves that Component-based paradigm can increase manual productivity, quality and agility (where the agility can reduce total cost of ownership such as maintenance and redesign) by ten times: http://real-software-components.com/raju/Briefs/BenifitsOfRealCBE.pdf.
Today each large software product (i.e. an excitable code) is built as a big monolith as illustrated by FIG-1, which is certainly not a Component-based-paradigm. Today software experts insist that FIG-1 represents Component-based paradigm, since it uses reusable parts or modules that are composed but are not assembled. Please refer to figures in the attached PDF.
Essential condition for Component-based paradigm is building each product by assembling multiple modules or components as illustrated in FIG-2, which requires invention of real software components that can be assembled, and essential tools and mechanisms for plugging-in all the components to build the software product.
For example, even in case of Civil engineering, it is possible to increase manual productivity by ten times (by employing even a rudimental and primitive Component-Based paradigm) such as: https://www.youtube.com/watch?v=AhLk7L1B_fE. But such component-based paradigm requires very expensive material or components.
That is, Civil engineering has a huge drawback – Cost or material for building all the components is 5 to 7 times more, which increases the total cost of each building 3 to 4 times (compared to existing method that uses cheaper material cement, bricks, concrete, sand and steel). The cost of material is about 80% of the cost of the building.
In case of software, over 90% of the cost is spent on manual effort for designing and building large code base of each software product, which includes design and development of code for each of the modules/parts used in the software product and more code for integrating the modules/parts to build the product. In fact, cost of material (i.e. code) to build each module is much cheaper in case of software products that are designed and built by employing real-Component-based paradigm.
The following three inventions are essential for achieving effective CBE-paradigm for software and we already secured patents for the 3 inventions: http://real-software-components.com/raju/pdfs/PatentedInventions.pdf
1. Simple and effective methodologies for partitioning each large software product in FIG-1 into multiple self-contained modules or components in FIG-2,
2. Inventions of missing technologies or tools necessary for creating and using self-contained modules or components in FIG-2 for building the product, and
3. Inventions of tools and mechanisms that can automate various tasks and activities to create, redesign, and manage communication code that is essential for allowing communication between the modules and components.
In summary, it is not hard to prove this simple rule: If an engineering paradigm that designs and builds large or complex products (without using Component-based paradigm), it is not hard to increase manual productivity by ten-fold for designing and building each large or complex product, by transforming the engineering paradigm to Component-based paradigm: http://real-software-components.com/raju/Briefs/BenifitsOfRealCBE.pdf.
Software engineering is most certainly not an exception to above rule. But no one in the software community is willing to explore the possibility of transforming software engineering to Component-based paradigm (as illustrated in FIG-2), since everyone falsely concluded that software engineering already employing components and Component-based paradigm.
Therefore, I am forced to expose this unknown heretical fact that, software engineering is not employing Component-based paradigm: http://real-software-components.com/raju/Briefs/InventionBriefly.pdf
Best Regards,
Raju Chiluvuri
In terms of conducting educational research or an evaluation, what are some examples of situations where there is a need for only a qualitative or only a quantitative approach to a topic instead of using both?
I am learning about the four research paradigms including constructivist, transformative, post positivist, and pragmatic. The pragmatic paradigm follows a hybrid model using quantitative and qualitative methods and doesn't have to prove a general truth. This seems to be the most flexible and generally applicable approach to me as someone who does not have any formal experience in educational research or evaluation.
I am a student working with educational research and evaluation. I am wondering how research paradigms are used in evaluation. It is my understanding that these fields are related but differ by their purposes. In very simple terms, research is to answer research questions and to further develop and inform the field whereas evaluation is to inform decision making.
So, are research paradigms addressed in professional evaluation? I have taken a course previously which covered evaluation in education and there was no mention of these paradigms (to my recollection). It would seem there is a place for research paradigms during the planning of the evaluation, the development of methods, and the collection of data. Is this ever addressed in professional or formal evaluation?
Working on a theory of paradigm shift and flips that is linked to equality and freedom it is possible to see clearly the structure of markets, including deep social markets and red socialism/communism based markets….
This understanding helps us see the options available to markets in terms of flips or shifts when under specific sustainability gap pressures, and it allows us to see which option they would exercise if they have a choice before paradigm death/collapse like the one we saw in 1991 related to the fall of Karl Marx's world/Red socialism.
From this angle, knowing the difference between different types of markets, especially close ones, is very relevant.
Looking at the deep social markets and red socialism/communism based markets, raises the question, can you see what was or is the difference between deep social markets and red socialism/communism based markets?
If you think you can see it please share it or describe it so we can exchange ideas.
- How do designers become part of the change of paradigm necessary for global to sustainability to occur?
- How can economy boost the growth by successfully applying Design Thinking in the circular economy era?
- How can a sustainable equilibrium of a new market just the result of a newly created customer, which in turn required the discovery and design of new user value?
we imply that 5G should not be considered as merely an
evolutionary development of previous mobile systems, but should be considered as
a completely new paradigm in mobile communications. why?
Paradigm death, shift and flip expectation theory suggest that a perfect paradigm flips to take the form of the perfect inverse opposite paradigm, and when it does that the order of political and legal loyalty flips at the same time. And when, the opposite process takes place, the inverse is expected to happen.
When the capitalism a la Adam Smith model(TM = aBc) was flipped in 1848 to take the form of the Karl Marx red socialism model(KM = Abc) the order of political and legal loyalty that existed in the pure capitalism system then was flipped to the inverse political and legal loyalty that existed in red socialism countries during the period of red socialism(1848-1991).
Yet in 1991, when red socialism fell and China flipped back to pure capitalism, China did not flip its political and legal loyalty structure to that of Adam Smith’s capitalism structure, but kept the one it had from the old red socialism era.
And this raises the question, why was China able to flip back to pure capitalism in 1991 after the fall of red socialism and still maintain intact the order of political and legal loyalty that it had before the fall?
Any ideas? Please, share them, but Please keep in mind, this is an academic question, not a political one.
Active methodologies surround us since the 1980 decade. But it seems that we just paid attention to them quite recently, maybe after the beginning of the pandemic in many cases. Yet, I also dare to say that we're still trapped in the technicist paradigm, at least in Brazil, as I can see... So, what can you tell us about your experience with active methodologies? Do you use them?
The fall of red socialism in 1991 led to the flip in those countries from social responsibility to economic responsibility as the paradigm shift from red socialism to economy friendly red socialism that Karl Marx probably had in mind in the long term did not materialize.
This flip of responsibilities in 1991 led to the coming of the new members of the capitalism family, cementing for once, the two current families of pure capitalism, democratic capitalism and non-democratic capitalism.
The flip from pure capitalism to red socialism since 1848 was a flip from economic responsibility to social responsibility, which shifted the loyalty structures found in pure capitalism.
The flip back from red socialism to pure capitalism in 1991 was a flip from social responsibility to economic responsibility, which maintained the loyalty structures as they were.
Had red socialism shifted to economy friendly red socialism, then the loyalties in those countries would have shifted to the same structure of loyalty in pure capitalism countries, and authoritarian parties and leaders would have fallen as a consequence of the paradigm shift.
Hence, the loyalty structures of a system may change or may remain the same as a result of paradigm flips up and paradigm flips back or due to paradigm shifts.
Therefore, there is a link between the direction of paradigm dynamics and loyalty structures in the systems affected by sustainability or responsibility pressures, so the question:
“Democratic capitalism and non-democratic capitalism: Do they have the same political and legal loyalty structure?”
What do you think? Can you see the political and legal loyalty structure in those two systems?
Feel free to share your views.
This is an academic question, not a political one.
When I was doing research on measuring integrated curriculum and extracurricular activity participation of Chinese students, mixed methods really inspired me and gave me great help.Now as a postgraduate freshman, I have to think deeply about pragmatic paradigm and other research paradigms.Welcome to discuss more recent studies together.Thank you.
It is said that pragmatists' belief system of being able to access the "truth" about the real world sorely was closely aligned in constructionists' belief system. Does this mean that the Pragmatic Paradigm is a research method that came from or updated from Constructivist Paradigm? on the other hand, I think that many researchers would give up on using Constructivist Paradigm once the Pragmatic Paradigm appeared.
The real world is constantly changing. Human beings' understanding of their own brains is still so superficial that they can hardly talk about the whole real world. I was struck by a passage: "These philosophers reject the scientific idea that social inquiry can reach truths about the real world by means of a single scientific method. "In the pragmatic paradigm, the outcome is all that matters, and the value of the outcome is judged by its validity, not by its consistency with some 'reality' in the real world. Pragmatism's emphasis on "believing one thing is different from another" is more convincing than other paradigms that emphasize the nature of reality and objective truth.
I designed and developed a domain ontology for solid waste collection management and have OWL/RDF version of my OntoWM domain ontology. Can I use quantitative or qualitative method to evaluate the OntoWM domain ontology? any sample thesis or article please.
Regards
Abdul
In 2012 we moved from traditional market thinking to green market thinking, but we are still trying to address the environmental crisis from outside green market thinking. What about for example, perfect green market competition?....Has anybody thought about it?. I have.
What is the difference between Activation-Monitoring theory and Fuzzy Trace Theory in the DRM paradigm? Could you maybe use a practical example for your explanation?
Thank you very much!
If there are sustainability gaps, then there are market illusions as well as broken circular economic structures.
Hence there is a market illusion associated with red socialism/Karl Marx and with pure capitalism/Adam Smith as each of these models has specific sustainability gaps embedded in them.
Can you see these market illusions, the red socialism market illusion and the pure capitalism market illusion?
Please provide your own views on the question, I will appreciate that.
Advanced Manufacturing-3D printing-paradigm shift -social impacts
From my observations, there appear to be three principal avenues to engender critical thinking in education K-12: debate; mathematics, and science.
For some students, all three avenues are relatable and enjoyable. For others, only one or two avenues would work.
In any case, even one avenue can go a long way towards engendering critical thinking.
The ability and habit of thinking critically is an important remedy for the affliction of people accepting fake news and conspiracy theories. It can become the foundation for a well-functioning democracy.
I invite others to describe what has been done along these lines; or what they think should be done and how to install such educational paradigms.
- Business Critical failure indicators CFI
Multinational organizations as well as SME or any type of business organization for that matter share the same principle which is succeed. However success is not usually the end result due to XXX factors either internal or external or else, they all have left the business opportunity to other competitors or any other reason of such.
Below is a small list i picked from the net about these companies that really got my attention because they all shared greatness in their days and completely got cast away afterwards:
1- Kodak
2- Nokia
3- Xerox
Therefore, i would kindly solicit the help of anyone who thinks he has a close as possible answer (CFI's) that he/she could foresee before the their business ends up in a failure, what could be the possible way, approach or strategy that might help, and how to separate the right CFI from the wrong one.
Thank you in advance for your answers.
Can somebody shed some clarity on how a contextual approach to qualitative research translates into a specific paradigm, epistemology, ontology and axiology in psychology?
I understand that it is a philosophical approach but there seem to be different views about which paradigm etc. it would be part of. Thanks.
I have been reading Thomas Kuhn's book "The Structure of Scientific Revolutions" lately. Kuhn notes that paradigms set us up for phenomena, theories, significant questions, and examples by which we can investigate. He also mentions that we often do not think of new theories, despite our intolerance to the "old" ones, and that we are constantly replacing one failed paradigm with the next.
What are some examples of areas in psychology that can shift to the next paradigm? What are some areas that already have? Do we shift the paradigm or do we extend what we know through the paradigm through theories? In what direction is psychology and science headed in?
A Cosmology based on a Chaos-borne Hubble Law
Otto E. Rossler
Division of Theoretical Chemistry, University of Tubingen, Auf der Morgenstelle 8, 72076 Tübingen, F.R.G.
Abstract
A recent classical-mechanical finding, Fermi deceleration, implies a classical Hubble-like law. While its exact size is still open, it is bound to co-determine empirical reality. Some old and new questions concerning the size and the age of the cosmos arise. The current enigma of early old galaxies supports the prediction of a potentially much larger and older cosmos. So does Riccardo Giacconi's finding of ultra-high-redshift x-ray point sources.
(October 8, 2004)
Recently, a classical-mechanics based Hubble-like law was described [1,2]: Light rays
negotiating galactic clusters that are in random motion with up to 1 percent the speed of light (as is realistic) suffer a distance-proportional redshift through "Fermi deceleration." The latter phenomenon was discovered by Loskutov et al. [3] on a chaotic billiard: A fast-moving, low-mass billiard that is subject to random grazing-type collisions with slowly moving highmass boundaries suffers a distance-proportional loss of momentum called Fermi deceleration [3]. The repelling grazing-type boundaries of Loskutov et al. can be replaced by attracting high-mass point centers - with the same grazing-type interactional effect. The slow attracting centers may be galaxies or clusters of galaxies and the billiard may be a light ray. The size of the effect depends on the density, mass and speed of the attracting centers.
The size of the effect appears to be neither too large nor too small to accomodate the empirical Hubble law [1]. If this preliminary result is taken as a cue, the implied lack of cosmic expansion re-opens the age-old question of the size of the cosmos. Fortunately, perhaps, a general-relativistic size limitation remains in charge if the mass density in the cosmos is uniform. In this case, not too much is changed compared to the standard paradigm: The cosmos can still be a pulsatile cosmos, for example, albeit so on a longer time scale.
If the assumption of a uniform mass density is dropped, on the other hand, the general
relativistic bound is no longer finite. This stationary solution to the original Einstein equations was discovered by Benoit Mandelbrot [4], a fact which is not very well known. If the fractal dimensionality of the mass distribution is assumed to be unity (so that twice as large a radius contains not eight times but only twice as much mass - as in an ultra-light hole ridden Swiss cheese), the Schwarzschild radius which limits the size of the cosmos becomes infinite. For twice as much mass by definition has twice-as-large a Schwarzschild radius (and so on), so that no finite limit is reached in the present case. An exactly 1-D Mandelbrot cosmos is both stationary and unbounded. Peebles almost immediately found that the empirical fractal dimensionality of galaxies is about 1.2 up to large distances [5]. This and subsequent data can be re-evaluated by dropping the original assumption of a progressive lack of volume as the remaining distance to the primordial fireball shrinks toward zero. The validity of Peebles' near-unity result will thereby be extended to covering the greater part of the visible universe.
If this prediction is correct, a "Brunian cosmos" (in honor of Giordano Bruno) of potentially unbounded extension in both space and time becomes an option again- But would not the other "pillars of the big bang" automatically preclude so far-reaching a conclusion? Surprisingly, this is not the case. The cosmic background radiation -- the strongest ally -- would assume the role of "mean cosmic temperature" in the sense of Assis [6]. The also observed large-scale fluctuations in the WMAP would reflect a giant honeycomb structure that lies beyond the range of current telescopes (although some infrared and x-ray sources may already be pointing the way). The three other major pillars - primordial nucleosynthesis, inflation and accelerated expansion - would have to wait in line until the gross features have been straightened out. The third (large-distance dimming) may, by the way, prove reducible to Peebles' little-known (1+z)--4 formula [7], cf. [8].
But how about the riddles newly imported by a modern Brunian cosmos? First, in the absence of a far-from-equilibrium big bang, the persistent far-from-equilibrium state of the observable universe becomes incomprehensible. A gravitational effect partially anticipated by Einstein in 1912 [9] may possibly solve the mystery: Any particle in rectilinear motion inside a Newtonian (or Einsteinian) void enjoys a forward acceleration [10], cf. [11]. If this is so, gravitational energy gets "recycled" into kinetic energy in a Carnot-like manner. The same mechanism, by the way, could explain - jointly with Hawking radiation [12] - the second major new riddle that arises: the empirical "non-devouredness" of almost all matter by age-old black holes.
The main asset of a classical explanation of cosmological redshift, when held against the backdrop of the standard model, seems to lie in the fact that it introduces no hypotheses. lt only uses facts that are implicit in classical (post-Newtonian) mechanics and special and general relativity anyhow. lts predictions are irrefutable once their size has been correctly determined. What is surprising is only how many accepted hypotheses suddenly lose their hard-won plausibility.
Nevertheless it would be nice to have direct evidence as well. Very faint distant x-ray point sources appear to possess redshifts in excess of 30. This is because, on the one hand, the sensitivity ofx-ray telescopes is presently 1000 times greater than that of light telescopes [13]
- so that they can look 30 times (squareroot of 1000) deeper into space in principle - and, on the other, x-ray point sources continue to pop up at the lowest brightnesses [13]. This empirically suggested, two-tiered conclusion is incompatible with the big bang scenario (which leaves no room for redshifts beyond about 10 for massive objects). lt is about tobe decided by direct redshi:ft measurements in progress [13]. A hard - if weaker - fact is the recent optical discovery of strongly redshifted old galaxies 12 billion light years away, which has put cosmology into a full-fledged crisis [14,15]. While almost any way out appears acceptable at the time being, the above explanatory scenario was arrived at independently.
To conclude, the classical-mechanical finding of Fermi deceleration has upset the decades old belief that only a relativistic mechanism can account for the Rubble law. By coincidence, an empirical crisis holds cosmology in its grip in which fiddling with the usual culprits (like the star formation rate in young galaxies) seems insufficient to rescue the big bang model. In
,.:;uch a situation, even an at first sight alien, chaos-borne ray of light can acquire a warm glow.
Acknowledgments
I thank Christophe Letellier, Heinrich Kuypers, Dieter Fröhlich, Normann Kleiner, Peter Weibel, Erwin Wendling, Hans Diebner and Florian Grond for discussions. For J.O.R.
References
[1] O.E. Rossler, D. Fröhlich and N. Kleiner, Time-symmetric Hubble-like law: Light rays grazing randomly moving galaxies show distance-proportional redshift. Z. Naturforsch. 58 . 807-809 (2003).
[2] O.E. Rossler, Cosmic shear's temporal fluctuations generate a distance-proportional redshift in both time directions: Minibang theory. Chaos, Solitons & Fractals 12, 1335- 1338 (2004).
[3] A. Loskutov, A.B. Ryabov and L.G Akinshin, Analysis of billiards with time-dependent boundaries. Facta Universitatis Series Mechanics, Automatic Control and Robotics 11, 99- 116 (2001).
[4] B.B. Mandelbrot, CR. Acad. Sci. Paris A 280, 618 (1975).
[5] M. Seldner and P.J.E. Peebles, Astrophysical J 215, 703 (1977).
[6] A.K.T. Assis, "Relational Mechamics." Montreal: Apeiron 1999.
[7] P.J.E. Peebles, Principles of Physical Cosmology. Princeton University Press 1993, p. 226.
[8] O.E. Rossler, "Darkness intensified: Existence of a nonlinear threshold in redshift induced dimming." Z. Naturforsch. 54, 453-454 (1999).
[9] A. Einstein, Does there exist a gravitational effect analogous to electrodynamic induction?
"Collected Papers," English Translation edition, Vol. 4, pp. 126-129. Princeton University
Press 1996.
[10] O.E. Rossler, A morphogenetic instability in gravitation. Physica D 2004 (invited paper submitted).
[11] The term "Fermi acceleration" was already reserved by Loskutov et al. [3] for a different mechanism (the heating-up of billiards subject to repetitive head-on collisions with moving boundaries). Thus, a new term (“Einstein acceleration”?) will be needed for the present mechanism which has nothing to do with billiards and, by the way, does not extend to light, provided it is going to be confirmed.
[12] S.W. Hawking, Particle creation by black holes. Commun. Math. Phys. 33, 323 (1973).
[13] R. Giacconi, Kepler lecture, held at the University of Tübingen, July 2003.
[14] J.-M. Bonnet-Bidaud, Le big bang face à ses contradictions, Ciel&espace No. 412, 42- 44, September 2004.
[15] Editorial: Mature galaxies in young universe at odds with theory, Scientific American online, September 2004.
Remark added in 2020: Since this paper was written in 2004, Cryodynamics – explaining cosmology causally for good – got discovered; so this text remains just a step on the road.
I am interested in using critical realism as my (meta- )theoretical standpoint/paradigm in my MD in medical education. This has stemmed from my reading of Bhaskar and Archer. I understand critical realism is generally accepted to have a realist ontology and relativist epistemology. However when I read many medical education papers/texts (Illing, Braun & Clark, Cleland) they describe critical realism as the ONTOLOGY associated with post positivism and that it lies between realism and relativism.
So how can critical realism be both a metatheoretical/philosophical position AND a ontology? Or have I missed the point?
I'm interested in the phenomenological method/paradigm, but have so far not found any papers or projects concerning their utility in interventions. Are heuristics such as Moustakas simply not applicable in the therapeutic setting or am I merely too inexperienced to find the right sources?