ON CELL PHONES MENU MIGHT BE LOCATED BY SELECTING A SMALL SYMBOL, SUCH AS A SMALL SQUARE WITH HORIZONTAL LINES, RATHER THAN SEPARATE MENU BUTTONS AS ON A COMPUTER SCREEN
Select a page from the menu below. Left-click the button until the page name turns magenta color. Then scroll under the buttons to find a new page.
deanrichardkibbe.com
TOP SECRET (See also: deanrichardkibbe.net, deanrichardkibbe.biz; and, saintvibiana.com)
SUPPORT THE WORLDWIDE GENERAL STRIKE AND THE BAN ON ALL WAR...
BOYCOTT NEW CARS
deanrichardkibbe.com This would be the equivalence of two bodies in space being forced towards each other by Gravitational Waves, the matter of confusion seeming to be that of regarding gravity as a unidirectional pull between two bodies, rather than an omnidirectional push, in which the equilibrium state is changed by absorption of a larger magnitude of Gravitational Wave energy in one direction, (creating a directional Gravitational Wave Shadow), by a mass in that position in relationship to another given mass. It can be seen that the larger the mass of either body, the larger the absorption of Gravitational Wave energy, since less energy will pass through to the opposite side of the mass, whether by wave ripple and/or particle ricochet method of energy conduction. Also, the object will shield more Gravitational Wave energy travel if it is closer to the second object, than it would if it is farther away. Thus, gravity should not be considered as a pull; but, rather, gravity should be recognized as a push. The quality and quantity of Gravitational Wave reactions could be different to an extreme degree from that of reactions caused by energy of commonly known forces if the wave lengths are extremely different.
KIBBE'S GRAVITATIONAL WAVE THEORY - Page Two
If a second balloon is set on the pond, the pebbles coming from the direction behind the second balloon, as seen from the first balloon, would apply force to the side of the second balloon opposite the side closest to the first, pushing the second balloon towards the first, since few or no pebbles would be coming from the direction of the first balloon. Likewise, the first balloon would be pushed towards the second, for the same reason. (See Figure Two - Red And Green Balloons On A Pond)