Theory of Gravitational Waves
Ira Rothstein - Carnegie Mellon University
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Cosmology Observations
Will Percival - University of Waterloo
Theory of Gravitational Waves
Ira Rothstein - Carnegie Mellon University
Cosmology Observations
Will Percival - University of Waterloo
Mathematical Physics & Quantum Fields and Strings Lecture
Davide Gaiotto - Perimeter Institute for Theoretical Physics
Mathematical Physics Lecture
Kevin Costello - Perimeter Institute for Theoretical Physics
Deciphering Gravitational Wave Observations
Stephen Fairhurst - Cardiff University
Gravitational Waves emitted by colliding black holes were detected for the first time by LIGO in 2015. The subsequent observation of merging neutron stars in 2017, and its electromagnetic counterpart signal, attracted the attention of the astronomy community worldwide. Over two hundred gravitational…
Random unitaries in extremely low depth
Thomas Schuster
Random unitaries form the backbone of numerous components of quantum technologies, and serve as indispensable toy models for complex processes in quantum many-body physics. In all of these applications, a crucial consideration is in what circuit depth a random unitary can be generated. I will…
Exotic superconductivity in UTe2
Sheng Ran - Washington University in St. Louis
UTe₂ is an intriguing recently discovered superconductor that exhibits a wide range of exotic properties. Experimental evidence increasingly supports spin-triplet pairing, and under pressure or in magnetic fields, UTe₂ displays multiple superconducting phases, including a remarkable reentrant phase…
w1+∞ symmetries in Carrollian holography
Laura Donnay - SISSA International School for Advanced Studies
Geometric Machine Learning for cosmological galaxy models
Christian Jespersen - Princeton University
Galaxies are the medium through which we study the structure of the universe. However, widely applied statistical models of galaxies are generally over-simplified: even recently proposed models cannot capture the dependencies on environment or formation history. To solve this problem, I will…
Miura operators as R-matrices from M-brane intersections
Saebyeok Jeong - European Organization for Nuclear Research (CERN)
In this talk, I will discuss how M2-M5 intersections in a twisted M-theory background yield the R-matrices of the quantum toroidal algebra of gl(1). These R-matrices are identified with the Miura operators for the q-deformed W- and Y-algebras. Additionally, I will show how the M2-M5 intersection (or…
Measurement incompatibility implies irreversible disturbance
Davide Rolino - University of Pavia
To justify the existence of measurements that can not be performed jointly on quantum systems, Heisenberg put forward a heuristic argument, involving the famous gamma-ray microscope Gedankenexperiment, based on the existence of measurements that irreversibly alter the physical system on which they…
Generative AI for Image Reconstruction: A First Attempt
Prasenjit Saha - University of Zurich
In modern astronomy, artificial intelligence (AI) is increasingly utilized to analyze large volumes of data, significantly reducing the need for human computational resources and time. Machine learning (ML) techniques are at the forefront of revealing astronomical mysteries by analyzing observed…