In physics, superradiance is the radiation enhancement effects in several contexts including quantum mechanics, astrophysics and relativity. For want...
the open Dicke model is related to, but differs from, Dicke superradiance. Dicke superradiance is a collective phenomenon in which many two-level systems...
Observational cosmology Quantum mechanics of time travel Primordial black hole Superradiance White hole "Space Observatory "Millimetron" ACC FIAN". Kolchinsky, I...
methods for laser spectroscopy, based on the study of quantum beats and superradiance. He then moved on to Rydberg atoms, giant atomic states particularly...
atomic medium to store coherence. Such a laser uses repumped Dicke superradiance (or superfluorescence) to sustain emission of light that can have a...
Palastro, John P.; Fonseca, Ricardo; Vieira, Jorge (2023). "Coherence and superradiance from a plasma-based quasiparticle accelerator". Nature Photonics. 18:...
increase (so-called superradiance), because atoms emit most of their light in a short burst. Asenjo-Garcia showed that superradiance can arise due to the...
Hall of Fame Corinne Manogue, physicist, best known for clarifying superradiance in both gravitational and electromagnetic contexts Tevian Dray, mathematician...
pointed out by a paper from 2017, by William E. East and Frans Pretorius. Superradiance Penrose process Sam Dolan (24 July 2017). "Viewpoint: Spinning Black...
current. The amplification mechanism can be described as the effect of superradiance, and 10 cubic centimeters of cuprate high temperature superconductor...
theoretical quantum optics and known for her work in quantum coherence and superradiance. She is a professor of physics at the University of Connecticut, a professor...
in the field of quantum optics for his first observation of optical superradiance. He is credited for the experimental demonstrations of cavity, cavity-suppressed...
Japanese theoretical physicist known for her research on photonics, superradiance, quantum energy transport, and linear optical quantum computing. She...
cavity perturbation theory, strong interaction with quantum emitters, superradiance. In computational biophysics, quasinormal modes, also called quasiharmonic...
the time integral over the enhanced radiative decay. This effect of superradiance has been demonstrated by monitoring the decay of the exciton polarization...
Tuszyński suspects that the phenomenon has a quantum origin, with superradiance being investigated as one possibility. In the second experiment, Gregory...
multiple origin hypotheses. A coherent emission phenomenon known as superradiance, which involves large-scale entangled quantum mechanical states possibly...
problem with the fuzzy dark matter region starting to be probed via superradiance. High mass axions of the kind searched for by Jain and Singh (2007)...
radiation Black hole thermodynamics Pair production Quantum information Superradiance Virtual particle Matsas, George (2002). "The Fulling-Davies-Unruh Effect...
interaction with enhanced efficiency. Atomic systems demonstrating continuous superradiance exhibit long coherence time, a property shared with lasers. Atom interferometer –...
black hole was used in 2010 to give the first laboratory testing of superradiance, a process whereby energy is extracted from a black hole. Sonic black...
gravitational Casimir effect in rotating reference frames, and a discussion of superradiance in both gravitational and electromagnetic contexts. The latter work...
Tuszyński suspects that the phenomenon has a quantum origin, with superradiance being investigated as one possibility. In the second experiment, Gregory...
of coherence will be called 'superradiant'. — Robert H. Dicke, 1954, Superradiance was discovered by American physicist named Robert H. Dicke. He discovered...
the other. This is a fermionic analog of the mechanism of rotational superradiance originally described by Yakov Zeldovich for bosons. Electrons are pumped...
original (PDF) on 2022-03-25. Retrieved 2013-04-14. Masakatsu, K. (2012). "Superradiance Problem of Bosons and Fermions for Rotating Black Holes in Bargmann–Wigner...
superradiant phase transition was originally predicted by the Dicke model of superradiance, which assumes that atoms have only two energetic levels and that these...
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