Dresden 2026 –
wissenschaftliches Programm
QI 16: Quantum Software
Donnerstag, 12. März 2026, 09:30–12:45, BEY/0245
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09:30 |
QI 16.1 |
Hauptvortrag:
Measurement-free universal fault-tolerant quantum computation — •Friederike Butt, Ivan Pogorelov, Alex Steiner, Marcel Meyer, Thomas Monz, Markus Müller, and Robert Freund
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10:00 |
QI 16.2 |
A Framework for Spectator Error Mitigation in Surface-Code Hamiltonian Modeling — •Xuexin Xu, Mohammad H. Ansari, and John M. Martinis
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10:15 |
QI 16.3 |
Handling Quantum Errors under Realistic Noise Models of Trapped Ion Quantum Devices — •Niko Trittschanke, Daniel Borcherding, and Robert Raußendorf
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10:30 |
QI 16.4 |
Probabilistic error cancellation for single-mode Gottesman-Kitaev-Preskillev-Preskill codes — Alessandro Ciani and •Victoria Wadewitz
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10:45 |
QI 16.5 |
Real-time adaptive quantum error correction by model-free multi-agent learning — •Manuel Guatto, Francesco Preti, Michael Schilling, Tommaso Calarco, Francisco Cardenas-Lopez, and Felix Motzoi
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11:00 |
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30min. break
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11:30 |
QI 16.6 |
Continuous vs. Pauli Noise: Impact on Small-Scale Quantum Codes — •Yunos El Kaderi, Andreas Honecker, and Iryna Andriyanova
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11:45 |
QI 16.7 |
Encoding Numerical Data for Generative Quantum Machine Learning — •Michael Krebsbach, Hagen-Henrik Kowalski, Florentin Reiter, Ali Abedi, and Thomas Wellens
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12:00 |
QI 16.8 |
Machine Learning methods for Entanglement Detection in High Dimensional Systems — •Yasmin Bougammoura, Martin Plávala, Fabio Anselmi, and Fabio Benatti
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12:15 |
QI 16.9 |
Reducing the cost of gate-set tomography of superconducting quantum processors — •Martin Koppenhöfer, Michael Krebsbach, and Thomas Wellens
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12:30 |
QI 16.10 |
Detecting genuine multipartite entanglement in multi-qubit devices with restricted measurements — •Nicky Kai Hong Li, Xi Dai, Manuel Muñoz-Arias, Kevin Reuer, Marcus Huber, and Nicolai Friis
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