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unification of Newtonian mechanics and classical electrodynamics with Einstein’s special theory of relativity, without the need for point particles, without a self -energy divergency and, without need ...
of the accretion region and the propagation of the radiation towards the observer, including relativistic beaming, gravitational lensing, and quantum electrodynamics . In this paper, we present all the details ...
episodes of high and low efficiency) without imposing any large-scale magnetic field embedding the central object. Scaling our results to supermassive black holes, we estimate that the typical variability ...
follows, I use the puzzle to explore determinism, the connection between spatiotemporal and causal structure, self -prediction, and various other things. The paper has three parts. In part I, I introduce ...
have further broadened the whole field of acoustic metamaterials by phenomena that reproduce the quantum effects classically. Use of active energy-gain components, directed by the parity–time reversal ...
is expected to be polarized, because the strong magnetic fields introduce anisotropy to the plasma medium, the quantum vacuum, and the scattering process, as is highlighted here. These interesting physics ...
{dOmega} \end{equation} (2) The energy-dependent metric functions are considered to make a connection between these new tetrad fields and the usual frame fields |$\tilde{e}_{a}^{\mu }$| in general ...
in the system without gravity provides a new way to investigate many astrophysical phenomena, including seed field generation, wave propagation in hot relativistic fluids, magnetic reconnection, etc ...
description but to a better description of the state of physical reality.7 Maxwell's eight field equations, which form the basis of classical electrodynamics , are “exceptionally ugly and very opaque” when time ...
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