1. Gravitational Thermodynamics and the Cosmological Constant
... • A DeSitter space entropy equals zero • Oscillations appear in the density of states at the tail of the partition function • These oscillations and the Bohr-Sommerfeld quantization condition are shown to have the same physical origin To obtain such huge amount of physical information from the calcu ...
... • A DeSitter space entropy equals zero • Oscillations appear in the density of states at the tail of the partition function • These oscillations and the Bohr-Sommerfeld quantization condition are shown to have the same physical origin To obtain such huge amount of physical information from the calcu ...
Limits of time in cosmology
... (namely a Compton wavelength of a quark or a lepton), but this process seems physically unrealizable insofar as the photon is converted to a particle-antiparticle pair during flight.6 ∼ 10−11 s: Scale invariance (the electroweak phase transition) According to the standard model of particle physics ( ...
... (namely a Compton wavelength of a quark or a lepton), but this process seems physically unrealizable insofar as the photon is converted to a particle-antiparticle pair during flight.6 ∼ 10−11 s: Scale invariance (the electroweak phase transition) According to the standard model of particle physics ( ...
Paradox in Wave-Particle Duality
... of the minima of the presumed interference fringes, and both pinholes are open. To obtain values for K and V we perform three measurements of the photon count for the following three distinct configurations: (i) no wire grid, (ii) wire grid in central minima, (iii) wire grid in central minima and one ...
... of the minima of the presumed interference fringes, and both pinholes are open. To obtain values for K and V we perform three measurements of the photon count for the following three distinct configurations: (i) no wire grid, (ii) wire grid in central minima, (iii) wire grid in central minima and one ...
