| Re: TOE by Brent Harrington Inertia
Inertia is resisatance to the acceleration of matter relative to space.
Every action has an equal and opposite reaction.
When I apply a force to matter (a mass) an equal and opposite force is induced on this mass. The time lag between the applied force and the induced force is dependent on the masses velocity relative to space.
Inertia and gravity are the same thing but happen in the opposite way. Acceleration of space reltive to matter causes gravity and the acceleration of matter relative to space causes inertia.
If space is a volume of charges, a flow of these charges would be electricity. So what we have for inertia and gravity is a simple electric circuit, where space is the electricity and matter is an inductor.
Lets consider an electrical cicuit and then an equivalent physical cicuit.
The electrical circuit would be an inductor made of a super conductor with no resistance. The inductor is of such a diameter to only allow one electron at a time to pass. If a force (voltage) is applied to the circuit current will begin to accelerate the rate of acceleration will fall until the velocity of the charges reaches C at which time the opposing force is induced at the same time as the applied force and the acceleration of charges stops. The total current is limited by the size of the inductor and the speed of light. The rate of acceleration depends on the size of the inductor and the magnitude of the applied force.
The physical circuit of inertia would be a mass in free space. If a force is applied to the mass the mass will begin to accelerate relative to space. The rate of acceleration will fall until the velocity of the mass reaches C relative to space and the induced force happens at the same time as the applied force. The total current for the cicuit is limited by the size
of the mass and the speed of light. The rate of acceleration depends on the size of the mass and the magnitude of the applied force.
At C relative to space, space behaves like a solid. No matter how hard you push an equal and opposite force is created, so your are pushing against yourself. |