Quantum Science Seminar #59 - Florian Marquardt
Florian Marquardt Max-Planck-Institute for the Science of Light Erlangen - Germany Classical Machine Learning for Quantum Technologies In this talk, I will give an overview of current efforts to employ classical machine learning for quantum technologies. Recent years have seen machine learning techniques like deep neural networks revolutionize many fields of science and technology. Since about 2016, they are being applied increasingly with success to challenges for quantum technologies. Examples include the use of neural networks for interpreting measurement results, generation of novel experimental setups, and deep reinforcement learning for discovering strategies in quantum control and feedback or for optimizing quantum circuits.

Quantum Science Seminar #60 - Christine Silberhorn

RL for Agents Workshop - Deep Dive on Training Agents with RL and Open Source

Scott Aaronson - The TRUTH About Quantum Computing

Sean Carroll: Extracting the universe from the wave function

Politics Chat, June 30, 2026

AI Is Creating A Rare Opportunity For Investors. How Jim Roppel Is Playing It. | Investing With IBD

The Power of a Single Neuron and a Path to Simulating the Brain | Dr. Konrad Kording

LRR Microbiology for FMGE 2026 By Dr. Preeti Sharma

Physics Hours ft. Dr Claudiu Gradinaru

Brian Greene and Leonard Susskind: Quantum Mechanics, Black Holes and String Theory

DIRECTO | Powell se somete al Congreso: ¿dará más pistas de la bajada de tipos?

Quantum Science Seminar #68 - Nicole Yunger Halpern

Is AI Hiding Its Full Power? With Geoffrey Hinton

Quantum BC Seminar Series on August 12, 2025: Elham Torabian and Jonas Jäger

Gil Strang's Final 18.06 Linear Algebra Lecture

Classical Music for Brain Power - Mozart

Yann LeCun | Self-Supervised Learning, JEPA, World Models, and the future of AI

Modularity at Various Length Scales in Superconducting Quantum Processors | J.-C. Besse, ETHZ | #02

Quantum Science Seminar #67 - Roberta Sessoli

