Ten Common Errors in Relativity and the
Unification between Gravitation and Electromagnetism
C. Y. Lo
ABSTRACT
There are ten common errors in Einstein's Relativity. They are related to
the misinterpretation of E = mc2 as follows: 1) the electromagnetic
energy is not equivalent to mass; 2) a photon has a gravitational component; 3)
there is no dynamic solution for the Einstein equation; 4) to have a dynamic solution, the Einstein
equation must be modified to the Lorentz-Levi- Einstein equation; 5) the
Einstein equation do not have a two-body solution; 6) the unique sign for all
the coupling constants is not valid in physics; 7) the singularity theorems of
Hawking and Penrose are irrelevant to physics; 8) general relativity is
incomplete because the absence of the radiation relation force; 9) the positive
theorem of Schoen and Yau is misleading in physics; 10) the repulsive static
charge-mass interaction was overlooked. However, Einstein's conjecture of
unification between gravitation and electromagnetism is correct
