Clocks and time in quantum theory
Harvey Brown - University of Oxford
15793 - 15804 of 17957 Results
Format results
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The Theory of Duration and Clocks
Julian Barbour - University of Oxford
Some issues in quantum gravity
Julian Barbour - University of Oxford
Astrophysics and Cosmology through Problems - 4B
Mark Wyman - PDT Partners LLC , Niayesh Afshordi - University of Waterloo
Astrophysics and Cosmology through Problems - 4A
Mark Wyman - PDT Partners LLC , Niayesh Afshordi - University of Waterloo
Quantum communication with zero-capacity channels
Jon Yard - Institute for Quantum Computing (IQC)
On the analogy between thermodynamics and quantum entanglement
Jos Uffink - Utrecht University
Wiggling Hilbert Space
Cozmin Ududec - Government of the United Kingdom
New CMB Polarization Results From QUaD
Clem Pryke - University of Chicago
Bipartite states of low rank are almost surely entangled
Mary Beth Ruskai - University of Massachusetts Lowell
Big Boxes, Not Black Boxes: What we can compute about LLMs, and what it may say about AGI
Zohar Ringel - Hebrew University of Jerusalem
Deep networks are often thought of as black boxes. Their ability to encompass vast swathes of knowledge indeed makes them hard to explain. Yet many of their behaviours — generalization under overparametrization, grokking, OOD failures, neural scaling laws — recur across architectures and scales, and…
Lecture - Entanglement theory for quantum systems described by von Neumann algebras, QIC 891
Lauritz van Luijk - Leibniz University Hannover
Quantum algebras from generalized Poisson sigma models
Keyou Zeng - Harvard University
Poisson sigma models sit at the intersection of deformation theory, geometry, and quantum field theory; specifically, the perturbative expansion of the two-dimensional Poisson sigma model with boundary is known to recover Kontsevich’s deformation quantization formula. In this talk, I introduce a…