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INTRODUCTION TO GRAVITATIONAL MECHANICS & GRAVITATIONAL TIME MECHANICS THE GRAVITATIONAL MECHANICS (GM 2001) THE GRAVITATIONAL TIME MECHANICS (GTM) 2001 THE WISE MEN AGSPRI AND THE POEM NON GRAVITY RELATED INNOVATIONS OR INVENTIONS REQUSTED PUBLICATIONS :-UPDATES
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THE CENTRAL MECHANICS OF GRAVITY (GM 2001) 10 In a GM orbit, the graviton messages send by the nucleus to the electron
serve for the electron bondage to the nucleus only. While the graviton
messages from the electron to the nucleus serve for the displacement
of the nucleus. When the electron is approaching the near position to
the nucleus at point b in the GM orbit a-c-b-d (FIG. 15), the graviton
messages between the nucleus and the electron follow in very tight intervals,
due to the short distance (radius) from the source to reception. At
the furthest position at a, the message intervals in the arc d-a-c (Fig.15)
are expanded, because of the longer source to reception distance (radius),
therefore a less frequent centripetal force contra graviton message
action response for every electron orbit. This seems in accordance with
Isaac Newton’s inverse square law. The direction of the graviton
signals forms a square with the electron path for one halves wavelength.
The variable velocity of the electron is also a cause to a variable
of the duration to the message time interval and it extends into the
dimensions (U-2), (U-3) etc. With this statement, we can see how the
GM concept can agree with that formula in the micro universe. This also
shows a cause for a natural law for the shape of a GM bound state electron
orbit. This is due to the variable in bound state electron velocity
per orbit. This is suggesting a link to the law for planetary mechanics
that Johannes Kepler laid out years ago, "Planets sweep out equal
areas in equal time". GM is showing it has an equal, a variation
within the angular velocity per electron orbit, caused by the vector
force influence. The same mechanics prevail throughout the (U minus)
dimensions to accomplish this. The bound state electron is like on a
tension intermitted ‘string’ (e.g. the weight in my machine),
it is from center nucleus by the centripetal force at all times radial
out ward seeking and called back by each graviton message (FIG.14).
The GM frequency sent from the nucleus to point a, is only allowing
for the electron to recover its previous radius length e-a, unless acted
upon by another force! Because the deceleration vector force effect
acting from d to a, has by then, slowed the electron sufficiently down,
preventing it to enter into a greater radius, or to escape the orbit.
The electron is then ready for the return, accelerating from a, to c.
The nucleus, (disregarding its spin) is stationary, it is centripetal
force (U-1) unidirectional wise neutral. It is free for displacement
in any direction! Because of the nature of the elliptic orbit between
a-e-b and the position e of the nucleus within! The nucleus of (U-1)
will therefore, in separate vibrating movements, draw in an alternating
way toward the electron, into direction a or b, per cycle (per single
frequency). This movement is predominantly into direction a. That is,
due to the difference in the electron graviton messages (the nucleus
response time (NRT)) between direction e-a and e-b. All this may seem
over the top, but it takes a bit of thought to realize the mechanical
truth in this. When the electron approaches from the outward elliptic
arc and draws close to the nucleus, there is a continuously decreasing
time interval gap between each graviton signal especially in arc c-b-d
(FIG.15). Therefor, the nucleus sent graviton (come back) message to
the electron is responded by the GM of (U-2) within that electron, more
frequent. That is why, the electron is drawing closer to the nucleus
for about 180 0 from before point c, to b, to d, (FIG.14). In arc a,
c, b the from centre nucleus directed graviton (come back) signal, is
now vector force wise, also a signal that leads in to an acceleration
of the bound state electron, once past point a then accelerates to point
c. Visa versa, when the electron moves beyond point d, the graviton
(come back) message from the nucleus vector force wise, leads in to
a deceleration of the angular electron velocity between d and a. The
electron will pass point a (FIG.15) therefore with less angular velocity
than point b. Bearing in mind, that for any induced electron orbit elongation
variable, the acceleration distance a-c-b should always be proportional
to the opposing deceleration distance b-d-a in a proportional length
(bulge) to create an equilibrium effect. By this knowledge one should
be able to determine the GM orbit shape mathematically. This seems to
be a natural electron anti escape law, under normal circumstances. The
greater time interval between each graviton message at arc d-a-c, compared
to arc c-b-d between each (come back) signal from the nucleus, for the
electron to respond has a complex effect. Because of the centripetal
force in the electron saying "move out, move out" and the
message from the nucleus saying "come back, come back"! The
most infinite small (move out- come back) two way, inward outward wobble
should occur. That is at approx.8.3x1027 times (GM bundles) per second
(8.3x1027 HZ) or a GM vibration of 8.3 x1027/40000 = 2.08x1023 times
(GM bundles) per (U-1) electron orbit caused by the (U-2) atoms bound
state electrons within the (U-1) electrons. Resulting in an extra orbital
secondary vibration (a wave) per (U-1) bound state electron orbit and
there is also a variation within each wavelength and the direction of
this wave. These vibrations (frequency) of (U-2) are actually the gravitons
(the messages) with which the nucleus and the electrons in the atoms
of (U-1) communicate. The mechanics that create them and the GM functions
are ratio wise exactly the same throughout all the minus dimensions.
(For detail see the dimension chart). The electron acting like a wave
has been identified at Niels Bohr’s time correctly. According to
GM the electron should only act as a wave when it is in a bound state,
not in a (electron) radiating state, as in TV picture tubes etc, then
only a directional linear vibration should be present. (FIG. 15, (GM
2001) 10). By the difference of this electron vibration between orbit
position a and b it should be possible to determine the position of
the bound state electron per orbit, if such electronic equipment is
available. The displayed waveform is not an accurate one (Fig ?). "The
electron is a wave"; we are borrowing in a sense from Louis de
Broglie, but it is not the quantum wave. Explained in 'The bound state
electron waves (GM 2001)’ 12. This above commands an extra addition
of thought. Because of the vector force induced GM acceleration and
deceleration and the wave created by the (U-2) atoms GM response within
the bound state electron (U-1). Again, this (U-2) graviton communication
within (U-1) atoms is transmitted by the nucleus. It is creating one
half wave and the centripetal force is responsible for the reminder,
the other half of the wave. This single, complete GM wave and every
following wave is lined up in a 900 angle to the graviton transmission
line of centre nucleus (U-1). This graviton message response (FIG. 15,
and 17, (GM 2001) 10), is over riding for every one half wave length
the centripetal force. Then giving way for the next half wavelength,
to the centripetal force in a repeating sequence etc., This message
is transmitted from the nucleus, from within the mass of the (U-2) atoms
radial for 3600 in a possible elliptic orbit, to the bound state electrons.
We must here consider that this does not create a true electromagnetic
wave train but a per message individual two-way vibration, caused by
two equal opposing, but indifferent technically functioning, forces.
Consequently not one wave is truly aligned with the following single
complete wave, in any of the minus dimensions to the tangent of the
bound state electron orbits due to the angle of response! Nor are they
all the same wavelength within one electron orbit! Due to the 3600 radius
length variable, causing a graviton message at C transmission intermittent
variable, hence a centripetal force duration variable. Therefore, there
is no standing wave interference, within the bound state electron orbit
for this frequency in the atoms in any dimension. Further, because of
the vector force induced GM acceleration and deceleration effect per
orbit, imposed onto the bound state electron (U-1) by the nucleus, the
electron has to be considered having a mean angular velocity below the
speed of light. However, if by Niels Bohr, speed of light taken velocity
for the Z1 electron orbit, stands firm then it has to be considered
that the bound state electron surpasses the speed of light, at some
stage, (for some distance) in every GM orbit around the nucleus in an
atom. This is to make up for lost time due to the vector force caused
deceleration effect. Now the electron graviton message to the nucleus
(follow me), is because of the electron velocity variable and the greater
orbit length of the arc d-a-c, to centre nucleus e, compared to the
arc c-b-d, received and responded to, excessive into direction a, than
into direction b, (FIG.15). In position a, by arc distance a(d+a+c)C
= at in position b, by arc distance b(c+b+d)C = bt therefore at minus
bt equals GM nucleus response time (NRT). As a result, the nucleus follows
up proportional in infinite increments of distance per (U-1) electron
orbit, towards position a, and so with, the atom. The difference of
the graviton messages times nucleus response in an atom, between point
a and b, is a GM force. For our planet e.g. centre earth directed, mass
accelerating at 9.8m/sec2 or in an earth rest mass situation, the constant
centre earth seeking pressure expressed as weight, that is gravity,
by this GM concept. Reviewed 16 .6. 02. 22.6.02. 24.6.02. b 28.6.02
29.6.02 30.6.02 b, 1.7.02 b,c,d,e. 2.7.02
(Please click on these titles below) 2-THE FUNCTION OF THE CENTRIPETAL
FORCE MANIPULATOR. (GM 2001) 12-THE
BOUND STATE ELECTRON WAVES (to be released at later date)
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