Does a fly collision produces a car skid?
sorin
For any common sense mind and for any realistic experiment a collision
between a fly and a car does not have any major impact on car
movement.
Maybe a car glass dirty can be counted by driver and the necessity to
clean it.
Leaving aside the joke, let’s analyze what’s happened in some similar
situations when photons collide with atoms or other more complex
atomic structure.
When a microwave photon knock an atom in a RMN experiment, a change of
electron spin is counted. The photon does not have enough energy to
modify the trajectory of photon in atom.
When quite the same microwave photon knocks a molecule (ammonia as
example) in a maser, an entire atom (nitrogen), formed by nucleus and
electrons, is moved from a spatial position to another symmetrical
spatial position. During this process, supplementary, other three
bounds N-H are at least perturbed or broken and when nitrogen arrive
in final position these bounds are reformed.
A more detailed description of this discussion is here:
http://www.elkadot.com/corpuscular/Masers%20and%20quantum%20hypothesis.htm
This is not a singular case of actual physics.
It is accepted that an Infrared photon can excite an atom, and as
result of this excitement an electron pass on a superior orbit or a
superior orbital in QM. Of course, the excited system after this event
will come back to initial state in a certain way.
The same orthodox theory, when another chapter is read ( IR spectra of
molecules), admits that quite the same IR photon can
produce ,,miraculous" effects like:
• atoms symmetrical stretching
• atoms antisymmetrical stretching
• atoms scissoring
• atoms rocking
• atoms Wagging
• atoms Twisting
A more detailed description is made at link:
http://www.elkadot.com/corpuscular/Infrared%20spectra%20problem.htm
The explanation of the same photon energy interaction with different
atomic structures in actual orthodox quantum theory overpasses any
absurdity limit.
In proposed theory a consistent and common sense correlated
explanation for these phenomena will be formulated.
Sorin Cosofret