Terms: Olbers Paradox (96,100), olber's paradox (19,400), dark night sky paradox (87), uniformly bright sky (31),
Terms: compton scattering (370,000), inverse compton (93,900), sunyaev zel-dovich (63,100), cosmic microwave background (1,090,000), cosmic noise (48,700),
Terms: absolute zero (4,310,000), zero of temperature (18,100), unruh temperature (969),
Terms: infinite universe (596,000), steady state theory (116,000), static universe (85,500), observable universe (471,000), island universe (85,700),
Terms: expanding radiation (617), near field radiation (60,600), slow processes (114,000), slow emission (1,210), long wavelengths (177,000), finite age of stars (21), fractal star distribution (28), fractal cosmology (1,600),
Terms: cosmological self-similarity (85),
A local black hole explosion blotted out the background. The big bang was a local black hole explosion event. It stirred up everything locally.
The bulk of the universe is cold, it intercepts and scatters further light. On average the vacuum is very cold - even if it conducts streams of hot light. Visible light has a temperature of 5500 kelvin, but it does not heat water significantly. The earth receives a lot of light, but it reflects and radiates as much as it receives.
Most of the radiant energy is red-shifted to gravitational wave frequencies, or Unruh frequencies.
The vacuum contains fluctuations that disperse and scatter light. The rays keep getting shifted to lower and lower frequencies.
Gravitational radiation is simply electromagnetic waves of long wavelength. Gravitational waves and electromagnetic waves are energy waves. When gravity and electromagnetism are combined, the properties will depend on frequency and intensity.