Newton Institute

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Newton Institute

19 Archival description results for Newton Institute

19 results directly related Exclude narrower terms

17/12/04 Quantum Gravity & Quantum Information, Newton Institute: Seth Lloyd: Quantum gravity & quantum information (fragments) / Neil Turok: conversation re. black holes, Penrose/Hawking & singularity theorems

MW0001139 · Item

Part of Michael Wright Collection

17/12/04 Quantum Gravity & Quantum Information, Newton Institute: Seth Lloyd: Quantum gravity & quantum information / Martin Plenio: Entanglement & area / John Smolin: Locked information & black hole information loss problem

MW0001137 · Item

Part of Michael Wright Collection

17/12/04 Quantum Gravity & Quantum Information, Newton Institute: Neil Turok: conversation re. black holes, Penrose/Hawking & singularity theorems (contd.)

MW0001139 · Item

Part of Michael Wright Collection

17/12/04 Quantum Gravity & Quantum Information, Newton Institute: John Smolin: Locked information & black hole information loss problem (contd.) / Charles Bennett: Black holes, simulated time travel & scalability of complexity

MW0001137 · Item

Part of Michael Wright Collection

16/12/04 Quantum Gravity & Quantum Information, Newton Institute: Ivette Fuentes-Schuller & Bob Mann: Alice falls into a black hole - entanglememt in non-inertial frames / Francis Schuller: Clasical limit of quantum gravity in accelerating space-times (contd.)

MW0001143 · Item

Part of Michael Wright Collection

16/12/04 Quantum Gravity & Quantum Information, Newton Institute: Fotini Markopoulou: Quantum information theory, low energy problem of quantum gravity (contd.)

MW0001142 · Item

Part of Michael Wright Collection

16/12/04 Quantum Gravity & Quantum Information, Newton Institute: Fotini Marcopoulou (back-up, partial) / Conversations incl. L Kauffman

MW0001140 · Item

Part of Michael Wright Collection

16/12/04 Quantum Gravity & Quantum Information, Newton Institute: Daniel Terno: When entanglement met black hole... / Fotini Markopoulou: Quantum information theory, low energy problem of quantum gravity

MW0001142 · Item

Part of Michael Wright Collection

16/12/04 Quantum Gravity & Quantum Information, Newton Institute: Christophe Galfard: Path integral approach to black hole information problem / Ivette Fuentes-Schuller & Bob Mann: Alice falls into a black hole - entanglememt in non-inertial frames / Francis Schuller: Clasical limit of quantum gravity in accelerating space-times

MW0001143 · Item

Part of Michael Wright Collection

15/12/04 Quantum Gravity & Quantum Information, Newton Institute: Roger Penrose: Limits of QM from GR - a clash of principles (contd.) / Renate Loll: Universe from sub-Planckian bits

MW0001147 · Item

Part of Michael Wright Collection