A Hawking time crystal arises from self-amplification of spontaneous Hawking radiation in a quantum black-hole laser, producing periodic out-of-time density correlations while equal-time observables remain time-independent.
Title resolution pending
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
verdicts
UNVERDICTED 3representative citing papers
Derives an effective relativistic QFT on a dispersive cosmological spacetime from a BEC with time-dependent scattering length, showing trans-Planckian damping that violates scale invariance in analog expanding universes but converges to a new UV plateau.
Derives emergent QFTs including Proca fields from spinor BEC excitations on bi- or tri-metric curved spacetimes, enabling potential simulation of cosmological Proca particle production.
citing papers explorer
-
Time Crystal from Self-Amplification of Spontaneous Analog Hawking Radiation
A Hawking time crystal arises from self-amplification of spontaneous Hawking radiation in a quantum black-hole laser, producing periodic out-of-time density correlations while equal-time observables remain time-independent.
-
Superluminal modes in a quantum field simulator for cosmology from analog trans-Planckian physics
Derives an effective relativistic QFT on a dispersive cosmological spacetime from a BEC with time-dependent scattering length, showing trans-Planckian damping that violates scale invariance in analog expanding universes but converges to a new UV plateau.
-
Emergent quantum field theories on curved spacetimes in spinor Bose-Einstein condensates: from scalar to Proca fields
Derives emergent QFTs including Proca fields from spinor BEC excitations on bi- or tri-metric curved spacetimes, enabling potential simulation of cosmological Proca particle production.