Bartłomiej
Gardas
Recent years have witnessed an unprecedented increase in experiments and hybrid simulations involving quantum computers. In particular, quantum annealers. There exist a plethora of algorithms promising to outperform classical computers in the near-term future. Here, we propose a parallel in time approach to simulate dynamical systems designed to be executed already on present-day quantum annealers. In essence, purely classical methods for solving dynamics systems are serial. Therefore, their parallelization is substantially limited. In the presented approach, however, the time evolution is rephrased as a ground-state search of a classical Ising model. Such a problem is solved intrinsically in parallel with quantum computers. The main idea is exemplified by simulating the Rabi oscillations generated by a two-level quantum system (i.e. qubit) experimentally.
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Zoom meeting details (NEW LINK)
Topic: Quantum Information and Quantum Computing Working Group
Time: October 01, 2020, 4:00 PM Warsaw
Join Zoom Meeting link (NEW LINK):
https://tinyurl.com/quantum-ctp
Meeting ID: 94552545103
Passcode: 323395
If you encounter any problems with connecting to the Zoom meeting, please email me maciejewski@cft.edu.pl directly.
