Dresden 2026 –
wissenschaftliches Programm
QI 13: Quantum Control
Mittwoch, 11. März 2026, 15:00–18:00, BEY/0245
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15:00 |
QI 13.1 |
A Statistical-Physics Approach to Quantum Control Landscape Exploration — •Malte Krug and Jürgen Stockburger
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15:15 |
QI 13.2 |
Closed-Loop Control with Tailored Benchmarking Protocols — •Matthias Müller
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15:30 |
QI 13.3 |
Efficient pulse-sequence optimization method for quantum control under realistic hardware constraints — Marco Dall'Ara, Florentin Reiter, Thomas Wellens, Martin Koppenhöfer, and •Walter Hahn
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15:45 |
QI 13.4 |
Optimal Control for Open Quantum System in Circuit Quantum Electrodynamics — •Francisco Cardenas-Lopez and Xi Chen
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16:00 |
QI 13.5 |
Learning to Steer Quantum Mmany-Body Dynamics with Tree Optimization — Jixing Zhang, Bo Peng, Yang Wang, •Cheuk Kit Cheung, Guodong Bian, Andrew Edmonds, Matthew Markham, Zhe Zhao, Durga Dasari, Ruoming Peng, Ye Wei, and Jörg Wrachtrup
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16:15 |
QI 13.6 |
Efficient analytical gradient evaluation for locally-interacting large multi-qubit platforms — •Alessandro Ciani, Ashutosh Mishra, Elena Lupo, and Frank Wilhelm-Mauch
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16:30 |
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30min. break
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17:00 |
QI 13.7 |
Analytical flux-tuned iSWAP pulse suppressing leakage channels — •Dimitrios Georgiadis, Boxi Li, Francisco Cardenas Lopez, and Felix Motzoi
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17:15 |
QI 13.8 |
Autonomous reachability of quantum states on random graphs — •Konrad Szymański, Tomasz Andrzejewski, Yuri Minoguchi, and Phila Rembold
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17:30 |
QI 13.9 |
Coherent control in V-type system: Simulation insights using intense two-dimensional coherent spectroscopy — •Rishabh Tripathi, Krishna Maurya, and Rohan Singh
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17:45 |
QI 13.10 |
Applications of dynamical decoupling to qubit noise suppression — •Chun Kit Dennis Law, Francisco Andrés Cárdenas-López, and Felix Motzoi
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