
Black hole spectroscopy from Loop Quantum Gravity models
... that compatibility with the existence of large semiclassical black holes implies that the matter sector saturates the holographic bound for a vanishing chemical potential (the number of punctures drops out, in this way, of the list of macroscopic observable quantities). In such a scenario, the entro ...
... that compatibility with the existence of large semiclassical black holes implies that the matter sector saturates the holographic bound for a vanishing chemical potential (the number of punctures drops out, in this way, of the list of macroscopic observable quantities). In such a scenario, the entro ...
Spin-entangled electrons - Theoretical Physics at University of
... review of work dedicated to the question whether EPR pairs consisting of two electrons with entangled spins could be used perform those quantum protocols and to test Bell’s inequalities and in a solid-state system. Since the use of entangled electron spin pairs in solid-state structures was theoreti ...
... review of work dedicated to the question whether EPR pairs consisting of two electrons with entangled spins could be used perform those quantum protocols and to test Bell’s inequalities and in a solid-state system. Since the use of entangled electron spin pairs in solid-state structures was theoreti ...
Parity anomaly and spin transmutation in quantum spin Hall
... step is absent [11]. A second experiment reports that the Josephson radiation emitted by a biased junction is also consistent with 4π periodicity [12]. These results are surprising as both experiments were performed without explicitly breaking time-reversal symmetry so that basic theory would predic ...
... step is absent [11]. A second experiment reports that the Josephson radiation emitted by a biased junction is also consistent with 4π periodicity [12]. These results are surprising as both experiments were performed without explicitly breaking time-reversal symmetry so that basic theory would predic ...