Natural computing

QTML 2025: Quantum computing and persistence in topological data analysis

QTML 2025: Quantum Circuit Simulation With A Local Dynamic Time-Dependent Variantional Principle

QTML 2025: Quantum Advantage in Learning Quantum Dynamics

QTML 2025: Productionizing Quantum Mass Production

QTML 2025: Multiple-Basis Representation Of Quantum States

QTML 2025: Modern techniques in quantum algorithms

QTML 2025: Models of Learning for Quantum Processes: with noise, limitations and adversaries!

QTML 2025: Interactive proofs for verifying (quantum) learning and testing

QTML 2025: Fourier Fingerprints of Ansatzes in Quantum Machine Learning

QTML 2025: Efficient quantum-enhanced classical simulation for patches of quantum landscapes

QTML 2025: Efficient quantum state preparation of multivariate functions using tensor networks

QTML 2025: Efficient learning for linear properties of bounded-gate quantum circuits

QTML 2025: Do You Know What Q-Means?

QTML 2025: Classical simulation of quantum circuits

QTML 2025: Auxiliary-Free Replica Shadows Estimation

QTML 2025: An efficient approach to realize Quantum Random Features

QTML 2025: AI for Quantum: Toward AI-Enhanced Quantum Computing Applications

QTML 2025: A unifying account of warm start guarantees for patches of quantum landscapes

QTML 2025: Quantum Simulation By Sum Of Squares Spectral Amplification

Explaining How To Build a Quantum Computer (Slowly)

L'ARNAQUE de l'ordinateur quantique : la vérité que PERSONNE ne vous dit

THE QUANTUM COMPUTER SCAM: THE TRUTH NO ONE IS TELLING YOU

Quantum Engineering with David Reilly and Tom Ohki

The path to quantum advantage in optimization

Q-Day 10x Closer Than We Thought—Pinnacle Paper Accelerates RSA Factoring — Iceberg Quantum | Ep 123

Session 1 - Quantum Computing and Cybersecurity Lecture Series (February 28, 2026)

[JC] Logical quantum processor based on reconfigurable atom arrays

Quantum LDPC error correction with Larry Cohen and Paul Webster

Superconducting Quantum Computer

Our Quantum Future with Evan Kubes

Ophelia Crawford - Some aspects of hardware-aware quantum error correction - IPAM at UCLA

Madelyn Cain - Fault-tolerant, universal quantum processing with neutral atoms - IPAM at UCLA

Warsaw Quantum Computing Group, Episode 74 (19.02.2026) - Emil Żak

Michael Beverland - Real-time decoding for fault-tolerant quantum computers - IPAM at UCLA

Sukin Sim (Dylan) - Quantum phase estimation in the language of digital signal processing

Coogee '26 Talks - Paul Webster (Iceberg Quantum)

Coogee '26 Talks - Basudha Srivastava (PsiQuantum)

Coogee '26 Talks - Michael Vasmer (Inria Paris)

Coogee '26 Talks - Anqi Gong (ETH Zurich)

Coogee '26 Talks - Alex Cowtan (Xanadu)

Peter Johnson - Evaluating Progress Toward Quantum Utility - IPAM at UCLA