Defying Gravity
It's time to try
defying gravity
I think I'll try defying gravity
Kiss me goodbye, I'm defying gravity
And you won't bring me down
To defy gravity first
you have to understand gravity.
Newton proposed
that Gravity is a force representing the change in momentum between the masses
of two particles such that the force between those particle is
F=G* (m01 *
m02)/d122 , G=6.67×10-11
where d12 is the distance
between mass 1 and mass 2, and m0x is the rest mass
for mass x. This assumes that the rest mass does not change with respect to
the speed of the mass.
Einstein proposed that the
speed of light is a limiting factor and that the mass DOES depend on the speed
and position of the particle. In a flat space, there is no reason for a system
of two or more masses to seek a lower energy system and any change in momentum
of these objects would still appear to be accompanied by a force (gravity).
F=G*( (m01/√(1-(v1/c)2)))* (m02/√(1-(v2/c)2))))/d122 ,G=6.67×101
where d12 is the
distance between mass 1 and mass 2, and m0x is the
rest mass of mass x and vx is the speed of particle x , and c is the speed of light.
The Second Law of Thermodynamics
requires that the energy of a system of objects will seek the state of lowest
energy and any reduction in the energy of the system will be equal to an
increase in the entropy of the system. In curved, hyperbolic, space, those two
masses/particles will each seek to lower their energy and approach a common
center along a geodesic. This change in energy will be accompanied by a change
in momentum. But while true in curved, hyperbolic, space, this would be viewed
in flat space as an apparent force, like centrifugal force, and NOT an
intrinsic force. The apparent force of gravity is these masses seeking
to lower their energy, maximize their entropy, and this is
G*(m01/ln(2*cosh(√(1-(v1/c)2))*m02/ln(2*cosh(√(1-(v2/c)2)))/exp(-k*d12),G=6.67×10-11
where d12 is the distance between
mass 1 and mass 2; m0x is the rest mass of mass x;
and vx is the velocity of mass x.
While this may be the true equation
of “gravity”, “gravity” may only be an apparent force and not one of the three intrinsic
fundamental forces. If the velocity is
less than the speed of light, then Einstein’s formula may also be used. The only reason that this is true is that this is within the same domain, and Eistien's Formula is an approximation which requires no change in domain. If the speed is very small compared to the speed
of light, then Newton’s formula may be used.
So before we defy “gravity”, we must first recognize that “gravity” may be an illusion.
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