Judgement Day (18 page)
Authors: Michael Spears
Tags: #apocalypse, #messiah, #armageddon, #last days, #judgment day, #judgement day
Where ‘α’ is a
constant. The term ‘m
∞
/m
E
’ is introduced
because the formula calculates the deviation from the minimum
possible mass at a theoretical infinite distance. Now integrating
we have
Where ‘b’ is a
constant, and since as r → ∞ the value for
m
r
/m
E
→ m
∞
/m
E
and then
the constant must be m
∞
/m
E
and therefore the
equation for mass dilation due to gravity is
Or
Recall that mass
dilation is proportional to the time dilation squared (from
equations for the conservation of energy) or inversely proportional
to the speed of time squared so
Or
Compare to Einstein’s
equation for time dilation due to gravity
(11)
(Where t
0
=
slower time, t
f
= faster time, other values as
before.)
The above equations
describe how mass and time dilate as a function of distance ‘r’
from an object of mass ‘M’ approaching a limit at a theoretical
infinite distance from said object of mass. Due to the similarity
to Einstein’s equation for time dilation due to gravity it is safe
to assume that the value for the constant ‘α’ is equal to
2/c
2
thus my equations are complete.
(12)
(13)
It is important to
test different scenarios with regards to equations (12) and (13) to
ensure their success.
When r → ∞ (12)
becomes
When r → ∞ (13)
becomes
When r → 0 (12)
becomes
When r → 0 (13)
becomes
Equations (12) and
(13) bring to light Einstein’s oversight in developing his equation
for time dilation due to gravity. Einstein failed to take into
consideration that the limit for gravitational field strength
depends on the greater gravitational field of which the object in
question is a part. While Einstein’s equation for time dilation due
to gravity would work well on Earth it would not work when studying
galaxies, for example, because the time dilation within a galaxy
would depend on the strength of the gravitational field of which
that galaxy is a part. That’s the complicated reason that
Einstein’s equation for time dilation due to gravity does not work,
the simple reason is that Einstein’s function describing time
dilation should have the range 0 < Δt
0
/Δt
f
< ∞ and as such his function cannot possibly be correct, since
it is not continuous. Please note that while my theory says that
neither ‘c
2
’ nor ‘G’ are constant in different
gravitational fields, ‘c
2
’ varies proportionally to ‘G’
so for simplicity in this situation they may be assumed to be
constant.