Alexander Schuckert
Postdoctoral Scholar (2022-2025)

Contact Information
- aschu@umd.edu
- Office:
1224 Atlantic Building
Additional Information
- Google Scholar
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- Personal Website
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Bio
Alex was a Theoretical Quantum Optics Postdoctoral Fellow working closely with Zohreh Davoudi, Mohammad Hafezi, Alexey Gorshkov and Michael Gullans. He was a QuICS Postdoctoral Scholar from 2022 to 2025. He is interested in finding algorithms and protocols for current analogue and digital quantum simulators, in particular those probing questions around quantum many-body physics and non-equilibrium dynamics. He mainly has experience working with silicon donor, ion trap and cold atom platforms, however he maintains a deep experimental curiosity about all platforms. He considers the possibility of implementing his proposals in current devices a priority, which he pushes in particular in his part-time employment at Quantinuum. Alex obtained his PhD from the Technical University of Munich under the supervision of Michael Knap with a fellowship from the Max Planck Institute for quantum optics. After QuICS, Alex moved on to QuEra as a Senior Quantum Scientist.
Recent Publications
Analog Quantum Simulator of a Quantum Field Theory with Fermion-Spin Systems in Silicon
, , Physical Review D, (2026)2407.03419v1.pdfFault-Tolerant Operations in Majorana-Based Quantum Codes: Gates, Measurements, and High-Rate Constructions
, , PRX Quantum, (2026)String-Breaking Dynamics in Quantum Adiabatic and Diabatic Processes
, , PRX Quantum, 7, (2026)c4zd-lbyq.pdf
Related Events
March 10, 2026 11:30 amRQS SeminarFault-tolerant Fermionic Quantum Computing
Alexander Schuckert (École Normale Superieure)
December 8, 2023 12:00 pmFriday Quantum SeminarMeasuring finite-energy properties of the Fermi-Hubbard model in a trapped-ion quantum computer
Alexander Schuckert(QuICS and JQI)
December 7, 2023 11:00 amRQS SeminarObservation of a finite-energy phase transition in a one-dimensional quantum simulator
Alexander Schuckert(QuICS and JQI)
Affiliated Research Centers
RQS
JQI

