Speaker
Laurin Fischer
(IBM Research Zürich)
Description
Quantum systems based on cold atoms trapped in tweezer arrays are powerful analog simulators of the Hamiltonians they implement. Their experimental control has advanced to a point where they can be programmed to simulate a wide variety of physical systems. We report on a circuit- and gate-based description of cold atomic quantum simulators and how they integrate into a modern quantum computing software stack such as Qiskit. This paves the way to using non-standard quantum hardware beyond qubits for quantum information processing. As an example, we investigate variational algorithms for cold-atom-based simulators.
Primary authors
Laurin Fischer
(IBM Research Zürich)
Dr
Daniel J. Egger
(IBM Research Zürich)
