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The Origin of CMBR as Intrinsic Blackbody Cavity-QED Resonance Inherent in the Dynamics of the Contito occur in the context of the Wheeler/Feynman transactional radiation law, extended to include the dynamics of spacetime topology in a framework of continuous state Spacetime Cavity-QED (STCQED) where the Planck Blackbody spectrum is described as an equilibrium condition of cosmic redshift as absor

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Whitehead Meets Feynman and the Big Banghat expands a double-cone spacetime. The universe’s forward-lightcone lower bound corresponds to the big bang while its backward-lightcone upper bound corresponds to the present. (All history occurs after the big bang and before the present.) HQC adapts continuous string-theoretical and Feynman-grap

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The Problem of Observation in Cosmology and the Big Bangn the distant past. Also, theories have to account for certain peculiarities or “coincidences” observed, first discovered by Eddington and Dirac. The prevalent view today in cosmology is the big bang, inflationary evolutionary model. This theory has to be finely tuned to account for these coincidenc

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Multiple Scattering Theory in Wolf’s Mechanism and Implications in QSO Redshift redshift. A brief review of its development including multiple scattering, no blueshift condition, effect on spectral width and the correlation between shift and width of a spectral line is presented.

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Connections Between Thermodynamics, Statostocal Mechanics, Quantum Mechanics, and Special Astrophysical considerations now being contemplated. The now commonly accepted quantum mechanical meaning of “zeropoint” is compared with the early historical thermodynamic meaning. Subtle points are then reviewed that were implicitly imposed in the early thermodynamic investigations of blackbody radiation. T

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