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*Do you think it is real that electron can be simultaneously in several places, like QM told to us?  
*It is real that electron can be simultaneously in several places, like QM told to us?
*Why electron does not radiate when it orbits around the atomic nuclei?
*Why the laws of classical electrodynamics  does not apply to atom?
*Will electron radiate when it travels in curved space-time?


*Do we really understand why electron radiate when it orbits around atom nuclei?


*Do we really understand why the low of classical electrodynamics  does not apply to atom?
'''wave function?'''
*QM interpretation: w.f. describes the particle (probability to find the particles in certain place and certain time etc...)
*Bayesian interpretation: w.f. describes the incomplete information about the particle


*Will electron radiate when it travel in curved space-time?
 
'''measurements'''
The all troubles in physics comes because people talk in different languages (Tower of Babel)
 
<math> y = \Theta + x </math>
 
*<math>\Theta</math> - phenomenon, nature;
*x - noise
*y - measurement
 
 
'''physics laws'''
*Nature -> measurements (people are doing) -> incomplete information -> physics
*There is nature which does not care about physics. The physics law reflect the incomplete information which  people have through measurements about nature

Latest revision as of 19:43, 26 September 2013

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  • It is real that electron can be simultaneously in several places, like QM told to us?
  • Why electron does not radiate when it orbits around the atomic nuclei?
  • Why the laws of classical electrodynamics does not apply to atom?
  • Will electron radiate when it travels in curved space-time?


wave function?

  • QM interpretation: w.f. describes the particle (probability to find the particles in certain place and certain time etc...)
  • Bayesian interpretation: w.f. describes the incomplete information about the particle


measurements The all troubles in physics comes because people talk in different languages (Tower of Babel)

[math]\displaystyle{ y = \Theta + x }[/math]

  • [math]\displaystyle{ \Theta }[/math] - phenomenon, nature;
  • x - noise
  • y - measurement


physics laws

  • Nature -> measurements (people are doing) -> incomplete information -> physics
  • There is nature which does not care about physics. The physics law reflect the incomplete information which people have through measurements about nature
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