Arzano, M; Hamma, A; Severini, S; (2010) HIDDEN ENTANGLEMENT AND UNITARITY AT THE PLANCK SCALE. MOD PHYS LETT A , 25 (6) 437 - 445. 10.1142/S0217732310032603.
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Attempts to go beyond the framework of local quantum field theory include scenarios in which the action of external symmetries on the quantum fields Hilbert space is deformed. We show how the Fock spaces of such theories exhibit a richer structure in their multi-particle sectors. When the deformation scale is proportional to the Planck energy, such new structure leads to the emergence of a "planckian" mode-entanglement, invisible to an observer that cannot probe the Planck scale. To the same observer, certain unitary processes would appear non-unitary. We show how entanglement transfer to the additional degrees of freedom can provide a potential way out of the black hole information paradox.
|Title:||HIDDEN ENTANGLEMENT AND UNITARITY AT THE PLANCK SCALE|
|Keywords:||Deformed symmetries, entanglement, black hole information paradox, BLACK-HOLES, INFORMATION, QFT|
|UCL classification:||UCL > School of BEAMS > Faculty of Engineering Science > Computer Science|
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