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relies on the precise control of quantum information in complex systems, yet the fundamental processes that govern how information spreads, scrambles, or becomes inaccessible remain poorly understood. In
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University of Maryland, Baltimore County | Southern Md Facility, Maryland | United States | 4 days ago
Application Instructions: Apply via Interfolio at: https://apply.interfolio.com/172719 Department: Physics Anticipated Start Date: February 2, 2026 About the Position: The Quantum Thermodynamics Group in
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the study of problems in quantum many-body physics through the lens of quantum information and quantum computing? Do you enjoy analyzing complex quantum mechanical systems through a combination of
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University of British Columbia | Northern British Columbia Fort Nelson, British Columbia | Canada | 1 day ago
University of British Columbia, Quantum Science and Technology Laboratory Position ID: University of British Columbia -Quantum Science and Technology Laboratory -PDF [#30330] Position Title
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Your Job: Develop techniques to simulate, control, and optimize the time-dependent dynamics for increasing system complexities Implement and optimize small quantum circuits on super- and semi
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require a deep understanding of the classical infrastructure that supports them, including analog control systems. As quantum devices scale toward the million-qubit regime, modeling these complex systems
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the field of atomic. molecular and optical physics within the Durham Quantum Light and Matter group. The positions are associated with a new five-year Programme Grant on "Quantum Many-Body Physics with
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investigate the complex physics of quantum materials. We are very interested in how the charge, spin, orbital and lattice quantum degrees of freedom interact to produce novel condensed matter phases. Our team
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If you are passionate about quantum devices and nanofabrication, this fully funded 3-year postdoctoral position is your opportunity to join our team and drive groundbreaking advancements within
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functions in a non-invasive way through sensing the tiny magnetic fields produced by neuronal currents. Today, this need is primarily met by quantum sensors that must be operated at cryogenic temperatures