Are Physicists Motivated by Real-World Applications of Their Research?

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SUMMARY

Physicists are often motivated by real-world applications of their research, particularly in applied physics, where practical goals are influenced by funding sources. The discussion highlights the importance of theoretical principles, such as Bernoulli's principle, in developing technologies like transistors, as exemplified by John Bardeen's work. While some physicists may focus on theoretical exploration, many actively seek to apply their findings to create practical devices. The conversation emphasizes the balance between theoretical inquiry and practical application in the field of physics.

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  • Understanding of Bernoulli's principle
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  • Knowledge of the historical context of transistor development
  • Awareness of funding mechanisms in scientific research
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Researchers, physicists, engineers, and students interested in the intersection of theoretical physics and practical applications, particularly in fields like applied physics and engineering technology.

cscott
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"I just formulated Bernoulli's principle! What are some applications?"

Do physicists ask/answer these kind of questions? Moreover, are physicists paid to answer these kind of questions or am I thinking too much like an engineer?

I'm thinking along the lines on John Bardeen et al. with their work on the transister, but other there many more examples?
 
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Generally, scientists working in applied physics will have some sort of practical goal in mind (Usually dictated by their funding source). If a particular theory looks like in may aid them in acheiving that goal, then it would be used, rather than looking at an equation and thinking 'How can we make a device using this?'.

This is my personal experience in the field of lasers and applications, I hesitate to make sweeping generalisations because it is likely other fields are quite different.

Claude.
 

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