The evolution of scholarly communication and the supreme power of inertia
Andrew Odlyzko - University of Minnesota
15829 - 15840 of 17957 Results
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Averaging Robertson-Walker Cosmologies
Iain Brown - University of Oslo
Next-Generation Implications of Open Access
Paul Ginsparg - Cornell University
Orientifolds and Twisted KR Theory
Jacques Distler - The University of Texas at Austin
The Future is a Foreign Country: Science Publishing in the 21st Century
Timo Hannay - Springer Nature Group
Blogs, Wikis, MathML: Scientific Communication
Jacques Distler - The University of Texas at Austin
Talking to My Dog about Science: Weblogs and Public Outreach
Chad Orzel - Uncertain Principles
Introduction: Science in the 21st Century
Sabine Hossenfelder - Ludwig-Maximilians-Universität München (LMU)
Particle detector models, entropy and localization in semiclassical gravity
Federico Piazza - Aix-Marseille University
How to Make Testable Multiverse Theories
Lee Smolin - Perimeter Institute for Theoretical Physics
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…