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THE
KEY TO THE UNIVERSE 1986
INTRODUCTION
TO GRAVITATIONAL MECHANICS & GRAVITATIONAL TIME MECHANICS
LETTER
TO SCIENCE
THE
GRAVITATIONAL MECHANICS (GM 2001)
THE
GRAVITATIONAL TIME MECHANICS (GTM) 2001
THE
WISE MEN AGSPRI AND THE POEM
GRAVITY
RELATED INNOVATIONS
NON
GRAVITY RELATED INNOVATIONS OR INVENTIONS
THE
MACHINE & THE SPACESHIP
REQUSTED
PUBLICATIONS :UPDATES
LINKS

THE FUNCTION OF THE CENTRIPETAL FORCE MANIPULATOR.
(GM 2001) 2
To convert rotational momentum artificially into linear
momentum with my machine, I must first confess that the centrifugal
force manipulator is actually a centripetal force manipulator, so lets
call it that from now on.
FIG. 1 is a bundle of GM orbits by the centripetal force manipulator,
patent pending in 1986
that I recorded while the machine was set up for it, producing 0.050
kg pulling power per orbit.
The function of the centripetal force manipulator is graphically explained
in Fig. 2 above. FIG. 2 shows a GM active diagram, FIG. 3 shows a GM
passive diagram. If we divide the shapes into four sectors, a, b, c,
d FIG. 23, to serve as an explanation. Sector a, represents the centre
earth directed gravitational force. Sector b, the fractional opposing
force to sector a. Sector c and d are the forces that cancel each other
out but they do create a two way lever force by the lever arm g that
is negatively involved, in the whole centripetal force manipulation
process. e presents the axis of the weight orbit, f FIG.2, is the weight,
this is a GM active orbit. If we consider a, b, c, d in FIG.3, as four
equal negative acting forces, they cancel each other in pairs, (a +
b = 0) and (c + d = 0). That then, would be considered a passive GM
orbit, because the four opposing forces are not radius, velocity and
mass manipulated against each other, ending in a wobble. Like an out
balance car wheel, creating a 360° equal gyro imbalance vibration,
not a 90° two directional GM dominating vibration. If we could follow
the manipulation process in the mathematical approximation below! For
the machine, we take the weight at FIG. 2, as 0.2 kg, the radius a,
as 0.1m and radius b, as 0.05 m the weight orbits at 2.5 rev. sec. or
2.5 HZ, GM vibration, and its established power, (2.5 rev. times 0.050
kg/rev.) = 0.125 kgf.
m v² = 
0.2 kg x (0.2 m x 3.14 x2.5 rev.)² 
= 4.9348 N = 
0.5033 kgf 
a0.1829 kgf 
calculation 
ar 
0.1 m



0.125 kgf 
machine 
m v² = 
0.2 kg x ( 0.1 m x 3.14 x2.5 rev.)²

= 3.1416 N = 
0.3204 kgf 
0.0579 kgf = 
– leaver force 
br 
0.05


=a0.1829 kgf 


Theoretically the force can be taken as a(0.50X)
 b(0.25X), in other words, it is a (0.50X) step
forward and a (0.25X) step back, equals (0.25X) one directional linear
force. the GM vibration frequency between position a  b in FIG.2. Positions
c  d in FIG. 2 present d(Xr ) – c(
Xr) which should be understood as one small step right and one equal
step left. This is adding to the vibration pattern also, but it equals
zero in one direction, in GM. In this centripetal force manipulation
process, by the centripetal force manipulator, there are accelerating
and decelerating lever forces influencing the GM (gravitational mechanics)
negative, between sector c and d, in FIG.2. As a whole, this above calculation
is not an accurate, but purely demonstrative attempt and presents basically
only a centripetal manipulation of the radius, see patent application.
(Please click on these titles below)
3GM IN ATOMS. (GM 2001)
4THE DIRECTIONAL GM IN ATOMS (GM 2001)
5PROPOSALS
FOR EQUAL OPPOSITE ON EARTH HIGH AND LOW TIDES BY GM.
6THE GM IN THE GALACTIC SYSTEM
7A POSSIBLE DIFFERENCE
IN GM VIBRATION CODE FREQUENCIES
8THE POSSIBLE REALITIES OF GM
9THE
STRING OF THE MACHINE! IN GM IN AN ATOM, WHAT REPLACES IT?
10THE
CENTRAL MECHANICS OF GRAVITY
11
THE
NATURAL FORMATION OF GM ORBITS
12THE
BOUND STATE ELECTRON WAVES (to be released at later date)

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