Value of Education (and academic research) in Physics

In summary, we have discussed the topic of funding for research in the field of physics. It is primarily funded by taxpayers, through taxes that are allocated towards universities or funding organizations like NSERC or NIH. Private donations from individuals or charitable organizations also contribute to funding for research. There are also university-corporate partnerships, where corporations may donate for philanthropic reasons or invest in research with commercial potential. This can lead to conflicting interests. Overall, funding for research in physics is not solely for profit, but also for the advancement of human knowledge and societal growth.
  • #1
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We have already seen topics on this forums discussing Physics degree as education and not job training, and that some physics graduates do get jobs but not necessarily as physicists, and that physics majors need to take a selection of practical courses to become marketable; and that internships and research experiences are important.

Now I ask, WHO is paying for the research which physics professors and their graduate students do? Do those funding suppliers expect to gain something in return? Are the funding suppliers, government departments and private businesses who want some further knowledge to use for the understanding or for their design potential?
 
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  • #2
My answer might be skewed a little towards the Canadian system, but in general it's the taxpayer.

On some level most people appreciate the value of academic pursuits - that science needs to be done for the sake of advancing human knowledge and even arts need to be studied and advanced for society to grow.

And so we pay taxes. We do this for the same reason that we need roads, armed forces, prisons, libraries and passports. We don't all agree on the amount of tax and how it should be allocated, and the average person will complain that it isn't being spent effectively enough, but in the end the average person pays anyway. A small portion of this money is channeled to universities directly. Another portion is channeled into funding organizations like NSERC (in Canada) or NIH or DOE in the US.

Then there are institutional charitable organizations, cancer societies for example. This is where a charity will collect money to donate to advance research in a specific field it has identified as a particular area of concern. Many are disease related. This money comes from private donations, and those donations are made by... John Q. Public.

That's not so say there aren't university-corporate partnerships. Sometimes corporations will make donations that are more philanthropic in nature in exchange for having a building branded with their name. Sometimes they more directly seek to invest in research that will have a commercial application. And yes, this does generate a quagmire of conflicting interests.
 
  • #3
Choppy, interesting discussion! So not all funding is made purely for profit.
 

1. What is the importance of education in physics?

Education in physics is essential for understanding the fundamental laws and principles that govern our universe. It allows us to make sense of the world around us and develop solutions to complex problems. Additionally, education in physics provides a strong foundation for critical thinking, problem-solving, and analytical skills that are valuable in various fields and industries.

2. How does academic research in physics contribute to society?

Academic research in physics plays a crucial role in advancing our understanding of the natural world and developing new technologies that benefit society. It has led to groundbreaking discoveries and innovations in fields such as medicine, energy, and communication. Furthermore, academic research in physics often leads to collaborations with industry, resulting in practical applications and economic growth.

3. What career opportunities are available for those with a degree in physics?

A degree in physics opens up a wide range of career opportunities in academia, research institutions, government agencies, and the private sector. Some common career paths include research scientist, engineer, data analyst, science writer, and educator. The skills and knowledge gained through a physics education are also transferrable to other fields, such as finance, law, and healthcare.

4. How does education in physics impact global challenges?

Physics education is crucial in tackling global challenges such as climate change, energy sustainability, and healthcare. By understanding the laws of nature and developing advanced technologies, physicists can contribute to finding solutions to these pressing issues. Additionally, education in physics promotes critical thinking and problem-solving skills that are necessary for addressing complex global problems.

5. What are the benefits of pursuing a graduate degree in physics?

A graduate degree in physics offers numerous benefits, such as specialized knowledge and skills in a specific area of physics, opportunities for research and collaboration with leading scientists, and a higher earning potential. It also opens up doors for more advanced career opportunities, such as working in cutting-edge research facilities and leading research teams. Additionally, pursuing a graduate degree in physics allows for personal and professional growth and development.

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