I expect, eventually, someone will model black holes with traveling and standing waves to find infinite ways to fill a region of space with complex energy structures where visible light is not emitted, but strong gravity is. My own view is that the big bang was just a quark gluon nova in a much large universe. It is easier to work with real structures and data than magic and approximations.<\/p>\n
There are nearly infinite ways for regions of space to have complex structures – where their interior does not emit visible light, but 3D gravity images are easy to measure using arrays. I see our small “big bang” in a much larger open universe collapsing under its own weight to form new galaxies around dark matter fragments and much recycled previously hidden condensation nova.<\/p>\n
Regions of space with closed interiors, have gravity images easy to measure using arrays. Our “big bang”, part of a larger open universe, collapsed and fragmented under its own weight. Previously invisible fragments formed new galaxies and raw materials. Gravity is dark matter.<\/p>\n
Regions with closed interiors have gravity images easy to measure using arrays. Our “big bang”, part of a larger open universe, collapsed and fragmented under its own weight. Its invisible fragments formed new galaxies, stars and raw materials. Earth gravity is 1\/6 dark matter.<\/p>\n
The gravitational energy density is g^2\/(8*pi*G) = (G*M\/R^2)^2\/(8*pi*G) = G*M^2\/(8*pi*R^4) = (G*M\/R) * [ M\/8*pi*R^3 ]<\/p>\n
(G*M\/R) * [ M\/8*pi*R^3 ] = (G*M\/R) * (1\/6)*[ M\/(4\/3)*pi*R^3 ]\u00a0 = (G*M\/R) *(1\/6) * DensityEarth<\/p>\n
GravitationPotentialAtSurface = (G*M\/R)<\/p>\n
GravitationPotentialAtSurface *(1\/6) * DensityEarth = GravitationalEnergyDensityAtSurface<\/p>\n
I only had a few characters for Twitter general readers, so I cryptically said “Earth gravity is 1\/6 dark matter”<\/p>\n
The earth’s gravitational energy density is roughly equivalent to a magnetic field of 379 Tesla.\u00a0 It has a spectrum that extends from nanoHertz to soft x-ray with a peak in the KeV range from 250 eV to 1500 eV. In everyday terms it is not in the visible range but thermal, infrared, THz, XUV and soft x-ray. All fields that can penetrate everyday masses.\u00a0 But very ordinary “electromagnetism” just new and emerging fields of study.\u00a0 I call the whole of those technologies, extending to gluon energies and sizes as “gravitational engineering”. The neutrinos are a form of dark matter (they are invisible but stable energy structures with emerging chemistry and rules).\u00a0 The mass of the “graviton at the earths surface is about 0.025 eV.” and is likely a relic neutrino gas bound into a superfluid field.\u00a0 A work in progress.<\/p>\n","protected":false},"excerpt":{"rendered":"
I expect, eventually, someone will model black holes with traveling and standing waves to find infinite ways to fill a region of space with complex energy structures where visible light is not emitted, but strong gravity is. My own view is that the big bang was just a quark gluon nova in a much large
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