Such particles with masses and dimensions the smallest in the Universe, may possibly represent the gravitons
, the carriers of the gravitational field. Then the carriers of the electromagnetic field would consist of two gravitons
The two crucial experiments can give credence to the correctness of the deterministic classical physics:
- A classical reinterpretation of the double slits experiment (as given in the 'Looking for an answer')
- The Franck-Hertz experiment, showing the dependence of the ionization energies on temperature. This would show that, like molecules, atoms can absorb energy in a continuous way and not only in quantum portions, if thermal energy is constantly supplied.
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