Part 2: Our General Relativity Field Equation that Incorporates Electromagnetism All past efforts to unify gravitation and electromagnetism failed because they considered energy/momentum to be the common denominator in this unification. Mass curves space, but nobody knew that charge, as we have shown in Part 1, also curves space. It was naively believed that if mass, namely energy, curves space then so will the electromagnetic energy and in the same way. We took an entirely different approach. Our common denominator, as we show, is the deformation (distortion, curving) of space by both mass and charge. This approach enables us to extend the general relativity field equation to incorporate both gravitation and electromagnetism
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Since Newton's Law for Gravitational Fields (G) applies to static reference frames, and is NOT Loren...
We first investigate the form the general relativity theory would have taken had the gravitational m...
Part 2: Our General Relativity Field Equation that Incorporates Electromagnetism All past efforts to...
Part 2: Our General Relativity Field Equation that Incorporates Electromagnetism All past efforts to...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
This paper proves that electromagnetic fields as produced by charges, in analogy with gravitational ...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Classical gravitation is so similar to the electrostatic that the possible unification has been inve...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Since Newton's Law for Gravitational Fields (G) applies to static reference frames, and is NOT Loren...
We first investigate the form the general relativity theory would have taken had the gravitational m...
Part 2: Our General Relativity Field Equation that Incorporates Electromagnetism All past efforts to...
Part 2: Our General Relativity Field Equation that Incorporates Electromagnetism All past efforts to...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
Part 4: The Elementary Charges and Particles Electric charge, as we have shown (Barak 2019), is not ...
This paper proves that electromagnetic fields as produced by charges, in analogy with gravitational ...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Part 3: Electromagnetism as the Geometrodynamics of Space Light is a vibration (excitation) of the E...
Classical gravitation is so similar to the electrostatic that the possible unification has been inve...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Aim: The development of a unified field theory for electromagnetism and gravitation while no materia...
Since Newton's Law for Gravitational Fields (G) applies to static reference frames, and is NOT Loren...
We first investigate the form the general relativity theory would have taken had the gravitational m...