The Light as Composed of Longitudinal-Extended Elastic Particles Obeying to the Laws of Newtonian Mechanics ()
Abstract
It is shown that the speed of longitudinal-extended
elastic particles, emitted during an emission time T by a source S at speed u (escape speed toward the infinity due to all the masses in space), is invariant
for any Observer, under the Newtonian mechanics laws. It is also shown that a
cosmological reason implies the light as composed of such particles moving at speed u (function of the total gravitational potential). Compliance of c with Newtonian mechanics is shown for
Doppler effect, Harvard tower experiment, gravitational red shift and time
dilation, highlighting, for each of these subjects, the differences versus the relativity.
Share and Cite:
Bacchieri, A. (2014) The Light as Composed of Longitudinal-Extended Elastic Particles Obeying to the Laws of Newtonian Mechanics.
Journal of Modern Physics,
5, 884-899. doi:
10.4236/jmp.2014.59092.
Conflicts of Interest
The authors declare no conflicts of interest.
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