- #1
Dors_Venabili
- 5
- 0
F = ma + mvxw
where: F=force, m=mass, a=static gravitational field, v=velocity of mass 'current', x=cross product, w=angular velocity of rotating mass.
To confirm:
Follow Maxwell's derivation for electromagnetic equations, but rather than initiating with F=qE as the static manefestation of the force, exchange charge for mass by using F=ma. Continue tensor derivation with mass in the place of charge and the above force equation will become evident. Equation can then be used to unify electromagnetic forces with gravitational ones. Also confirms the existence of gravitons.
Feel free to email me if you would like further details.
Zarko
where: F=force, m=mass, a=static gravitational field, v=velocity of mass 'current', x=cross product, w=angular velocity of rotating mass.
To confirm:
Follow Maxwell's derivation for electromagnetic equations, but rather than initiating with F=qE as the static manefestation of the force, exchange charge for mass by using F=ma. Continue tensor derivation with mass in the place of charge and the above force equation will become evident. Equation can then be used to unify electromagnetic forces with gravitational ones. Also confirms the existence of gravitons.
Feel free to email me if you would like further details.
Zarko