Florian Marquardt - How a physical system can be turned into a self-learning machine Published 2022-04-28 Download video MP4 360p Recommendations 53:07 F. Restagno - Slip of polymer fluids 50:49 Marc Mézard - The spin glass cornucopia revisited (Prix des Trois Physiciens 2022) 2:06:38 This is why Deep Learning is really weird. 57:48 Matteo Barsuglia - Ground based gravitational-wave astronomy in the next decades 17:38 The moment we stopped understanding AI [AlexNet] 1:14:24 1. Artificial Intelligence and Machine Learning 1:10:39 Serge Haroche - Quantum Science with Rydberg Atoms 54:56 Terence Tao, "Machine Assisted Proof" 44:52 Aleksandra Walczak - How personalised is our immune repertoire? 18:40 But what is a neural network? | Chapter 1, Deep learning 45:46 Geoffrey Hinton | On working with Ilya, choosing problems, and the power of intuition 1:42:28 Do you think that ChatGPT can reason? 3:33:23 GEOMETRIC DEEP LEARNING BLUEPRINT 58:26 Guy Perrin - Sagittarius A*, the supermassive black hole at the centre of the Milky Way 58:20 Frédéric Chevy - Quantum many-body physics with ultracold atoms: Sailing the quantum seas 1:13:09 Lecture 10 | Recurrent Neural Networks Similar videos 31:10 Machine learning based on physical dynamics - Florian Marquardt (Jan 2024) 39:26 Self-learning machines based on nonlinear field evolution 1:10:53 Self-learning Machines based on Hamiltonian Echo Backpropagation 1:38:36 Lecture 1: Introduction. Artificial Scientific Discovery. 03:09 00 Introduction of Florian Marquardt, Director, Max Planck Institute for the Science of Light 1:32:50 Lecture 5: Representation Learning: Goals. Principal Component Analysis. 28:07 Talk: Discovering feedback strategies for open quantum systems via deep reinforcement learning 2:23:48 Florian Marquardt (2/3) "Deep reinforcement learning" 46:01 Florian Marquardt (MPI, FAU): Deep Learning for Rapid Exploration of Topological Band Structures 15:36 Interview with Florian Marquardt 1:00:52 "Reinforcement Learning for Quantum Technologies," presented by Florian Marquardt 1:35:37 Lecture 28: Turing Machines. Algorithmic (Kolomogoroff) Complexity. Universal (Levin) Search. 2:08:00 Florian Marquardt (3/3) "Applications of reinforcement learning in quantum physics" 58:34 Light and Motion at the Nanoscale - ICTP Colloquium More results