SDR11 Stardrive & Black Holes Pt.2
Channel: Ronald van Kemenade
Date: 2012-02-08

STARDRIVE & BLACK HOLES 2
And why is a black hole so dark? Simple. A photon is an up-quark cartwheeling trough space, being propelled by gravitons. (similar to the way neutrons do, although lacking the axle. An axle, or down-quark, serves as a brake: Their speed is regulated by the average speed of gravitons, which is zero. Rotating quarks get regulated by the ABSOLUTE average speed. This is the average speed of those gravitons heading in one direction, and is about twice the speed of light. If you're into electronics, compare the 4 spinning gravitons to the 4 diodes in a rectifier. A sinus (average = 0) goes in one side, boobs come out the other.
Do you remember gravitons "bouncing through" when the combined velocity of both objects is high?
Photons prefer to travel at the speed of light, since the gravitons rolling them through space go about twice the speed of light. Light is almost immune to gravitation.

A photon hitting a black hole doesn't bounce back. It gets absorbed in the pudding formed by similar quarks and gravitons. Hence, the hole appears to be black.
A black hole does however redirect the lighter gravitons, hence pulling stuff in.
Hawking radiation expels when matter strikes the edge of a black hole, knocking chunks of. We mostly notice the radiation coming from the outer parameter, of course.
What about the wormholes? Yeah right, the wormholes.
I'm talking about science here; not fairytales. God is real, angels are real; wormholes connecting one end of the universe to the other are fictional.

Oh, any why is the average speed of all matter (including radiation and gravitons) zero? The Big Bang pressure cooker is enormous. Any every tiny building block arrived from a different direction. Combined, that makes zero.
A universe in the making cannot rotate either. If it did, vast chunks of quarks (having only semi-gravity) would be propelled into space.
A rotating black hole erodes, and cannot hold on to enough matter for initiating an explosion.