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I recently saw a question regarding the relationship between language and mathematical learning, but am interested in learning more about the opposite.

Can anyone recommend relevant readings that explore the relationship between mathematical ability/maths learning and language acquisition. I am primarily interested in second/foreign language acquisition, but also interest in first language acquisition and the relation to mathematics.

(This question was prompted by something I read in one of Georgette Yakman's papers on STEAM learning (2008, I believe), which suggested something along the lines that understanding of mathematics was integral to understanding language, and am interested in learning more about the topic).

i am learning Ansys and i want to simulate the desuperheater.

My project involves spraying water into the steam pipe, which turns water into steam and reduces the temperature of the steam.

Main Research Areas & Publication Papers:

Project-Based Learning Gamification Innovation (Organizational & Technology) Project Management Education & Educational Research STEAM Didactics & Pedagogy Chemistry, Physics, Mathematics & Chemical Engineering Education

Mobile devices such as personal digital assistants, and mobile phones have become a learning tool with great potential in both classrooms and outdoor learning. A new modern instrument like augmented reality creates an education process more informative and iteresting. We create moving 3D objects and it helps to understand difficalt things in the easy way. With respect to the research on the use of mobile technology with AR in education.

We represented our experince there:

https://www.researchgate.net/project/Augmented-reality-as-an-innovation-method-in-STEAM-education

Apparently with the culture of CET gaining steam, psychological contracts, org commitment and org identity have weakened

At present, the economies of developed countries are entering the period of the fourth technological revolution known as Industry 4.0.

The previous three technological revolutions:

1. The industrial revolution of the eighteenth and nineteenth centuries, determined mainly by the industrial application of the invention of a steam engine.

2. Electricity era of the late nineteenth century and early twentieth century.

3. The IT revolution of the second half of the twentieth century determined by computerization, computerization, the widespread use of the Internet and the beginning of the development of robotization.

The current fourth technological revolution, known as Industry 4.0, is motivated by the development of the following factors:

- artificial intelligence,

- cloud computing,

- machine learning,

- Big Data database technologies,

- Internet of Things.

In every previous technological revolution, the same question was repeated many times. However, economies developed and changed structurally and labor markets returned to balance. Periodically, short-term economic crises appeared, but their negative economic effects, such as falling income and rising unemployment, were quickly reduced by active state intervention.

It seems to me that self-malting and robotization, IT, artificial intelligence, learning machines will change the labor markets, but this does not necessarily mean a large increase in unemployment. New professions, occupations, specialties in these areas of knowledge and technology will be created. Someone, after all, these machines, robots, etc. must design, create, test, control, and implement into production processes.

Therefore, I am asking you:

Will the technological development based on self-mulization, robotization, IT development, artificial intelligence, machine learning increase unemployment in the future?

Please reply. I invite you to the discussion

These types of questions have appeared many times in every era of the technological and industrial revolution, the period of accelerating technological development. These types of questions have already appeared in the periods of increasing the scale of objectification, arming technical human labor, from when the processes of manufacturing goods in manufactories transformed into mass production. This was the case during the Industrial Revolution of the XIX century, when the invention of a steam engine significantly accelerated the development of industry and mass production. Then, the introduction of tape production in various branches of mass production in the early twentieth century. In the second half of the twentieth century, ie in the era of subsequent stages of mechanization, automation, then the computerization of the production of many mass goods, this question appears again. Through these periods of technological progress, national economies have been transforming structurally from agricultural, industrial to modern-day domination of services. At the same time, the importance of new generation factors, which include information, technology, entrepreneurship and innovation, was gradually growing. Some branches of industry were shrinking, others were growing in the whole production of goods in the economy. At the same time, new professions, professions and specializations of human work were created, related to information, IT, analytical and technological services related to the development of new fields of knowledge and technology. So the earlier fears about the lack of work for people in connection with the technical progress that took place over the last several hundred years turned out to be essentially exaggerated. However, currently the same questions reappear: Can the development of robotization and computerization cause a significant rise in unemployment in the future? If such questions arise, then we are dealing with another era of technical progress or another technological revolution. The attributes of this revolution are also increasingly added to the development of new online media, computerized computing techniques, artificial intelligence, machine learning, Big Data, etc. in the applications of such areas of knowledge and science as biotechnology, metrology, ecology, energy, communication, medicine and many other fields of life science and new tech. In connection with the above, please answer the question: Can the development of robotization and computerization cause a significant increase in unemployment in the future?

Please, answer, comments. I invite you to the discussion.

Apparently, we are now living in the era of the fourth technological revolution, known as Industry 4.0.

The previous three technological revolutions:

1. The industrial revolution of the eighteenth and nineteenth centuries, determined mainly by the industrial application of the invention of a steam engine.

2. Electricity era of the late nineteenth century and early twentieth century.

3. The IT revolution of the second half of the twentieth century determined by computerization, computerization, the widespread use of the Internet and the beginning of the development of robotization.

The current fourth technological revelation, known as Industry 4.0, is motivated by the development of the following factors:

- artificial intelligence,

- cloud computing,

- machine learning,

- Big Data database technologies,

- Internet of Things.

On the basis of the development of these IT instruments and technologies, business analytics of companies such as Business Intelligence and the above-mentioned areas have been dynamically developing in recent years.

In view of the above, I turn to you with the following question: In what direction will the current technological revolution, known as Industry 4.0, develop?

Please, answer, comments. I invite you to the discussion.

I read an intriguing paper called 'Low-Tech Coconut Shell Activated Charcoal Production' by Cobb et al in the 'International Journal for Service Learning in Engineering', Vol. 7, No. 1, pp. 93-104, Spring 2012,ISSN 1555-9033. They found that salt led to activation of coconut shell charcoal, though it was only 1/6th of adsorptive capacity of commercial GAC. I repeated their experiment using a hard word charcoal and found similar results to Cobb et al. - the salt activated char removed twice as much of the methyl orange dye as the non-activated char. When adding salt, the char seems to froth and Stephen Joseph (Prof Emeritus, UNSW) suggested there may be concentration of chloride ions in the water layer just above the floating biochar particles as evaporation occurs. I'm trying to find a way of activating charcoal / biochar cheaply and safely for use in waste water clean-up in developing countries so this possibility of using salt rather than something like NaOH or steam seems appealing. So interested in experts' opinions on feasibility / reproducibility / pitfalls of this idea. Thanks v. much, Simon

What kind of scientific research dominate in the field of Business Intelligence?

What are the important topics in the field: Business Intelligence?

Business entity management processes are more and more often supported by computerized Business Intelligence platforms that facilitate multi-criteria analysis and reporting.

Probably in the future, the business analyst will be supported by artificial intelligence.

It would be a great advance in the field of automation and objectification of multi-criteria economic analyzes of business entities.

Complex, multi-criteria analyzes regarding the verification of large companies' operations require aggregation and analytical processing of large data sets in Big Data database systems.

However, in what direction will technological progress be realized in this field?

In the future, as part of the progressing computerization of analytical processes, it will be possible to implement artificial intelligence to the processes of analyzing large collections of information collected in Big Data database systems.

Apparently, we are now living in the era of the fourth technological revolution, known as Industry 4.0.

The previous three technological revolutions:

1. The industrial revolution of the eighteenth and nineteenth centuries, determined mainly by the industrial application of the invention of a steam engine.

2. Electricity era of the late nineteenth century and early twentieth century.

3. The IT revolution of the second half of the twentieth century determined by computerization, the widespread use of the Internet and the beginning of the development of robotization.

The current fourth technological revelation, known as Industry 4.0, is motivated by the development of the following factors:

- artificial intelligence,

- cloud computing,

- machine learning,

- Big Data database technologies,

- Internet of Things.

On the basis of the development of these IT instruments and technologies, business analytics of companies such as Business Intelligence and the above-mentioned areas have been dynamically developing in recent years.

In view of the above, I turn to you with the following question: In what direction will the current technological revolution, known as Industry 4.0, develop?

Please, answer, comments. I invite you to the discussion.