Authors :
Dr. Ismail Abbas
Volume/Issue :
Volume 7 - 2022, Issue 2 - February
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/3sEh8QB
DOI :
https://doi.org/10.5281/zenodo.6324421
Abstract :
It is true that the conclusions of Einstein SR
in 1905 are perfect and incontestable but on the other
hand it is also real that his derivation is doubtful and
fundamentally fluid or not rigorous on certain physical
points.
However, while each of his 5 assumptions is
impossible to dispute or prove wrong, we assume that
not all of them are essential to proving Einstein SR.
To be precise, we assume that at least one of them is
inaccurate. Namely, combining the relativistic mass
transformation with Newton's law of motion which is
highly contested in modern quantum mechanical theory,
but which was key to arriving at Einstein's own
derivation of his famous mass-energy equivalence
relationship
Einstein's derivation of the relativistic mass
transformation using Newton's law of motion to derive
the mass-energy equivalence relation
inaccurate.
Moreover, its derivation from the Lorentz
transformation LT is useless because LT itself is a
universal law of physics that applies to EMW
propagation as well as the partial differential equation of
diffusion and any physical phenomenon in 4D spacetime.
It doesn't need a bypass
It is true that the conclusions of Einstein SR
in 1905 are perfect and incontestable but on the other
hand it is also real that his derivation is doubtful and
fundamentally fluid or not rigorous on certain physical
points.
However, while each of his 5 assumptions is
impossible to dispute or prove wrong, we assume that
not all of them are essential to proving Einstein SR.
To be precise, we assume that at least one of them is
inaccurate. Namely, combining the relativistic mass
transformation with Newton's law of motion which is
highly contested in modern quantum mechanical theory,
but which was key to arriving at Einstein's own
derivation of his famous mass-energy equivalence
relationship
Einstein's derivation of the relativistic mass
transformation using Newton's law of motion to derive
the mass-energy equivalence relation
inaccurate.
Moreover, its derivation from the Lorentz
transformation LT is useless because LT itself is a
universal law of physics that applies to EMW
propagation as well as the partial differential equation of
diffusion and any physical phenomenon in 4D spacetime.
It doesn't need a bypass
