The Quantum Information Structure of Spacetime
QISS is an interdisciplinary initiative in Quantum Information and Quantum Gravity, bringing together theorists, experimentalists and philosophers. Our research program aims to unravel the Quantum Information Structure of Spacetime. Our consortium is supported by a large grant from the John Templeton Foundation and from numerous smaller grants obtained by individual participating research groups. QISS is coordinated by the Center for Space, Time and the Quantum.
The overarching theme investigated is the conceptual role of Information in gravitational physics. This is a question that calls for a rethinking of Space, Time and Quantum foundations.
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Andrea Di Biagio: Bell, Wigner, causal reasoning, and interpretations
Flaminia Giacomini: Quantum effects in gravity beyond the Newton potential.
Borivoje Dakić: Reconstruction of Quantum Particle Statistics
Hal Haggard - Quantum Gravity. Introductory Lecture I - QISS 2022 Conference
Bob Coecke, From Quantum Linguistics to Spacetime Linguistics, and Cognition. QISS Virtual Seminar.
Jim Hartle: Living in a superposition. QISS Virtual Seminar
Ognyan Oreshkov: On the arrow of time in quantum Mechanics, QISS Virtual Seminar
Carlo Rovelli and Barry Kerzin: What is real? Nagarjuna's Middle Way.
Giulio Chiribella: Quantum Operations with Indefinite Time Direction
Robert Wald: Quantum Superposition of Massive Bodies
Lee Smolin: The quantum universe as a collection of partial views of itself. QISS Virtual Seminar
QISS HKU 2020 - Giulia Rubino - Experimental Entanglement of Temporal Orders
QISS HKU 2020 - Jonathan Oppenheim - A post-quantum theory of classical gravity?
The QISS Hong Kong workshop intro
QISS HKU 2020 - Marco Túlio Quintino - Reversing unknown quantum transformations
QISS HKU 2020 - Ding Jia - Marrying information and spacetime through correlation diagrams
QISS HKU 2020 - Maria Stasinou - Functorial evolution of quantum fields in discretised spacetime
QISS HKU 2020 - Lautaro Amadei - The role of discreteness in the black hole information loss puzzle
QISS HKU 2020 - Richard Howl - Quantum gravity in continuous-variable quantum information theory
QISS HKU 2020 - Hler Kristjansson - Quantum interference of latent time correlations
QISS HKU 2020 - David Rideout - Causal sets as quantum spacetime
QISS HKU 2020 - Jakub Mielczarek - SU(2) gauge fields and quantum entanglement
QISS HKU 2020 - Marko Vojinovic - Definite vs superposed causal orders and quantum gravity
QISS HKU 2020 - Mischa Woods - General relativistic time dilation and quantum clock
QISS HKU 2020 - Marios Christodolou - The Possibility to Experimentally Detect Time Discreteness
QISS HKU 2020 - Pablo Arrighi - What is Discrete Covariance?
QISS HKU 2020 - Giulio Chiribella - Ten years of the quantum SWITCH
QISS HKU 2020 - Lucas Hackl - Energy cost of extracting entanglement from relativistic fields
QISS HKU 2020 - Philipp Hoehn - A perspective-neutral approach to quantum general covariance
QISS HKU 2020 - Vladko Vedral - Quantum nature of the gravitational field & quantum Sagnac effect