Gravitational Phenomena

	Gravitational Phenomena

GRAVITY WAVES

If neutrinos cause gravity, naturally gravity waves are merely waves of neutrinos.
During the observation of supernova SN1987A, researchers at the University of Rome have found what is essentially a 1:1 correlation between measured gravity waves and measured neutrinos. You may read about it here.
Please note that exactly what happened to the former star has not yet been determined. It appears that supernova SN1987A did not result in the creation of a neutron star or binary pulsar.

BENDING LIGHT

In figure 4, unobstructed neutrinos, while moving toward the celestial body, bombard a light beam. The neutrinos that must penetrate the planet are fewer in number, and hence, exert less "pressure" on the beam of light (long, bent, yellow arrow).

Figure 4

BLACK HOLES

Figure 5 shows a black hole. The force of unobstructed neutrinos pushes the light beam to the black hole's surface. Virtually no neutrinos penetrate the black hole, due to its extreme mass and density. For this reason, the "pressure" from the unobstructed neutrinos is virtually unopposed, as it is in figure 4.

Figure 5

"GRAVITATIONAL LENS EFFECT" In figure 6, two beams of light originate from a single luminescent body (far left). As the light beams radiate past opposite sides of a celestial body with relatively high mass (center), neutrinos bend the beams toward one another. The observer (far right) sees the same luminescent body in two locations at once.

Figure 6

(Please click here to check out the next portion of my hypothesis.)

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