Most Recent Applied Advance in Physics

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SUMMARY

The discussion highlights the significant advancements in physics since Einstein's era, particularly the application of quantum mechanics in consumer technologies such as lasers. It emphasizes the role of particle accelerators in exploring exotic subatomic particles, while also questioning the practical outcomes of such research. Notably, it mentions the development of technologies like electron microscopes and positron emission tomography as direct applications of subatomic physics. The conversation also touches on the concept of flying cars, referencing the Terrafugia vehicle as an example of conventional technology rather than a product of advanced physics.

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  • Understanding of quantum mechanics principles
  • Familiarity with particle accelerators and their functions
  • Knowledge of laser technology applications
  • Basic concepts of subatomic particles and their interactions
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  • Explore the advancements in particle accelerator technology
  • Learn about the principles and applications of electron microscopy
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neuralnova
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Einstein's work resulted in the production of the atom bomb. Since then, we've started using lasers in consumer devices (lasers use quantum mechanics.) We've also started using new cool materials. But as for subatomic physics--the kind that we're doing in particle accelerators--what have we actually done with these exotic subatomic particles? Why don't we have flying cars yet?
 
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neuralnova said:
But as for subatomic physics--the kind that we're doing in particle accelerators--what have we actually done with these exotic subatomic particles?...

Maybe not so recent and maybe not very "exotic" particles, but there are e.g. electron microscopes and positron emission tomography.
 

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