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Workshop »Interplay of quantum information, foundations and gravity«
Description (de)
Mitschnitt einer Veranstaltung des Institute for Quantum Optics and Quantum Information (IQOQI) von Montag, dem 28. Mai bis Freitag, den 1. Juni 2018 im Theatersaal der Österreichischen Akademie der Wissenschaften - Teil 1: Jonathan Oppenheim: Are there additional laws of black hole thermodynamics? - Teil 2: Marcus Huber: Thermodynamic limitations to quantum measurements and clocks - Teil 3: Markus Müller: Quantum theory and the structure of spacetime in the light of operationalism - Teil 4: Flaminia Giacomini: Quantum mechanics and the covariance of physical laws in quantum reference frames - Teil 5: Rodolfo Gambini: An approach to the measurement problem based on quantum gravity considerations - Teil 6: Esteban Castro Ruiz: Entanglement of quantum clocks through gravity - Teil 7: Frank Verstraete: Geometry and entanglement renormalization of quantum many body systems - Teil 8: Jens Eisert: Holography and criticality in matchgate tensor networks - Teil 9: Sukhi Singh: Holographic spin networks from tensor network states - Teil 10: Daniele Oriti: Quantum gravity and tensor networks - first contacts - Teil 11: Goffredo Chirco: An information-theoretic toolkit for quantum gravity - Teil 12: Ted Jacobson: Diffeomorphism invariance and information paradox - Teil 13: William Donnelly: Quantum gravity tomography - Teil 14: Daniel Grumiller: Quantum null energy condition - a remarkable inequality - Teil 15: Federico Piazza: Regions of space as quantum subsystems and other things - Teil 16: Felix Haehl: Gravity and entanglement from entanglement - Teil 17: Etera Livine: Geometry and entanglement on spin networks - Teil 18: Lucas Hackl: Squeezed vacua in quantum gravity and field theory - Teil 19: Michal Heller: New results on QFT complexity - Teil 20: Alessio Belenchia: Entropy for Quantum Fields on Discrete Spacetime - Teil 21: Achim Kempf: Stone age tools for quantum gravity? - Teil 22: Caslav Brukner: Quantum causal structures and process matrix formalism - Teil 23: Philippe Allard Guérin: Observer-dependent locality of quantum events Kamera: Daniel Winkler, Augustin Vanrietvelde, Zizhu Wang Schnitt: Daniel Winkler
Keywords (de)
Quantenphysik, Quantengravitation, Quanteninformation
Österreichische Zentralbibliothek für Physik
4.1 GB
Requirements for the Use of the Object (de)
MP4-kompatibler Mediaplayer
Description or Additional Data (de)
(c) Österreichische Zentralbibliothek für Physik
ÖFOS 2002
Quantum mechanics
Organization Association
Support facilities > Vienna University Library and Archive Services
Members (23)
Object type
13.07.2018 11:39:17