Comments by "starventure" (@starventure) on "How does gravity escape a black hole?" video.

  1.  @Thomas-gk42  And could that be a consequence of gravity and electromagnetism functioning in different dimensions of scale?
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  2. You never know...
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  3. Would you like a beer or a cookie, good man?
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  4. What if it is gravi-phons instead of gravitons? Oscillations generated by arranged quarks that don't mediate via a particle but through a "handshake" point between two masses?
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  5. I thought gravitational waves were not gravity itself but rather fluctuations in gravity.
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  6. A peel?
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  7. Aren't "gravitational waves" detected by LIGO just variations in local gravity caused by the passing of a "space-time warp" wave?
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  8. I am looking at the eyeball shape, but it is not looking back at me yet.
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  9. I wish to contest and disagree with the theory that black holes have no surface.
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  10. Virtual photons?
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  11. 2 large mass bodies contributing to a master field, while a 3rd and smaller body is a slave object in the master field whose own gravitation is so weak it is meaningless. The 2 masters are orbiting each other, while the 3rd is orbiting them. Every so often, the combined force by line of sight masses of the 2 masters causes change in the movement of the slave, causing change of orbit. I assume the "syzygy" of total master effect to equal 1, and its absence to equal 0. After a few orbits, a pattern of data emerges of ones and zeros. While it is slow, it could be called information being sent in that the gravitational state of the slave is changing in a semi-rhythmic pattern.
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  12. "Any similarity to time warping, forward or reverse, is purely coincidental and fictitious"
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  13. Would that not imply that there would be an area around black holes that has gravitational instability? Think of the waves detected from black hole mergers by the LIGO, but a cacophony of those same waves that twists matter apart.
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  14. Ah, but how much warping is needed to alter the course of not just photons, but mass as well?
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