| Interfacing Open Source Tools with Industry Backends |
Andrew Arrasmith
IonQ |
| Digital quantum magnetism at the frontier of classical simulations |
Eli Chertkov
Quantinuum |
| Quantum error detection: Theory and experiment |
Ethan Egger
Michigan State University |
| Error mitigation in quantum dynamics and condensed-matter simulations |
Jin Ming Koh
Harvard University |
| Scaling Quantum Error Mitigation in the Age of Distributed Quantum Computation |
María Gragera Garcés
University of Edinburgh |
| Scalable tensor-network based error mitigation |
Matea Leahy
Algorithmiq |
| The Mitiq Open Source Ecosystem |
Nathan Shammah
Unitary Foundation |
| Quantum error correction beyond the surface code |
Pablo Bonilla
Harvard University |
| Drift-resilient mitigation techniques for dynamic circuits and QEM-QEC integration |
Raam Uzdin
Hebrew University of Jerusalem |
| Behind the scenes of error mitigation: from theory to performant code |
Sam Ferracin
IBM |
| Deep learning for quantum error mitigation |
Simone Cantori
University of Camerino |
| Samples and Symmetries in Quantum Error Mitigation |
Thomas O'Leary
University of Oxford |
| FLASQ: a cost model for early fault-tolerance |
William J. Huggins
Google |
| Noise vs quantum algorithms |
Yihui Quek
MIT |
| Error Mitigation for Logical Qubits |
Yongshan Ding
Yale University |
| Adaptive Error Mitigation |
Yvette De Sereville
IonQ |
| Bridging Quantum Error Correction and Mitigation |
Zhenyu Cai
University of Oxford |
| Simulating Adiabatic State Preparation on Quantum Computers |
Zhiyao Li
University of Washington |