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Why might technology get more funding fr research than basics science?
Technology often garners more funding for research than basic science because it promises immediate practical applications and economic returns. Investors and government agencies may prioritize technological advancements that can lead to job creation, market growth, and tangible solutions to current problems. Additionally, the visibility of technological innovations tends to capture public and political attention, driving further financial support. In contrast, basic science, while foundational, may take longer to yield direct benefits, making it less attractive to some funders.
How do pure science and technology depend on each other?
Pure science gives basic information that is needed to create new technology, but new technology also gives scientists the tools that they need to further extend their research, and to thereby learn more pure science.
What are the effects of science and technology on society?
The effects of science and technology on society is it provides our society with basic tools to make our way of living much easier
Which is first science or technology?
Science comes first than technology. Technology is defined as the APPLICATION OF SCIENCE. First basic rules and methods are developed using science and then the they are applied to develop a technology. Example: Steam engines are the result of force provided by steam which is discovered by science.
How are the purposes of science and technology different?
Both serve a purpose in our lives, one is the search of truth and advances in our every day lives and technology helps bring it together and easy to use.
Why might technology get more funding for research than basic science?
There is a potential for profit in technology.
How might advances in technology affect the kinds of questions scientist ask about the world?
There are 2 types of scientific research - basic and applied. Basic Research finds out things no one else has. Applied Research fine tunes what is known so technology can be created from clearly defining what is known. If science as a career and scientists who do the work can use existing technology to further science then science will stop.
How might advances in technology affect the kinds of questions scientists ask about the world?
There are 2 types of scientific research - basic and applied. Basic Research finds out things no one else has. Applied Research fine tunes what is known so technology can be created from clearly defining what is known. If science as a career and scientists who do the work can use existing technology to further science then science will stop.
How might advances of technology affect the kinds of questions scientists ask about the world?
There are 2 types of scientific research - basic and applied. Basic Research finds out things no one else has. Applied Research fine tunes what is known so technology can be created from clearly defining what is known. If science as a career and scientists who do the work can use existing technology to further science then science will stop.
Why might technology get more funding fr research than basics science?
Technology often garners more funding for research than basic science because it promises immediate practical applications and economic returns. Investors and government agencies may prioritize technological advancements that can lead to job creation, market growth, and tangible solutions to current problems. Additionally, the visibility of technological innovations tends to capture public and political attention, driving further financial support. In contrast, basic science, while foundational, may take longer to yield direct benefits, making it less attractive to some funders.
How do pure science and technology depend on each other?
Pure science gives basic information that is needed to create new technology, but new technology also gives scientists the tools that they need to further extend their research, and to thereby learn more pure science.
What is the interrelationship between basic science and technology?
Basic science and technology are deeply interconnected; basic science provides the foundational knowledge and principles that drive technological innovation, while technology enables new methods and tools for scientific exploration. Advances in basic science often lead to the development of new technologies, which can further enhance research capabilities. This cyclical relationship fosters progress in both fields, as discoveries in one often inspire advancements in the other, ultimately benefiting society through improved applications and solutions.
'Should scientific funding emphasize basic research or technological applications?
Both, but mainly basic research. When was the last time someone won a nobel prize for technological/clinical research? mmmmmm....
What are the effects of science and technology on society?
The effects of science and technology on society is it provides our society with basic tools to make our way of living much easier
Why is basic research important to technological development?
Basic research discovers new natural phenomena, not previously known before. As all technology is based on knowledge of natural phenomena, technology will eventually stagnate and halt its development without basic research.
Which is first science or technology?
Science comes first than technology. Technology is defined as the APPLICATION OF SCIENCE. First basic rules and methods are developed using science and then the they are applied to develop a technology. Example: Steam engines are the result of force provided by steam which is discovered by science.
What research would be considered basic science?
Basic science research focuses on expanding knowledge and understanding fundamental aspects of the natural world. This includes investigating underlying principles, mechanisms, and phenomena without necessarily aiming to develop immediate practical applications. Basic science research aims to answer fundamental questions and often serves as the foundation for applied research and technological advancements.
