The University of Arizona
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Poul Jessen

Member of the Graduate Faculty | Chair, Quantum Information-Control | Professor, Optical Sciences | Professor, Physics

James C Wyant Coll Optical Sci
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5+ Collaborators
$6M / $6M Funding
10+ Grants
60+ Publications

About

Poul S. Jessen holds the position of Professor of Optical Sciences with a joint appointment in Physics at the University of Arizona. He is a founding member of the Center for Quantum Information and Control. He has done experimental research in the areas of optical lattices, quantum information, quantum chaos, and quantum optics.

Research Area

quantum computing, quantum control, atomic physics, optical physics, quantum information, quantum physics, quantum technology, quantum simulation, spin dynamics, optics, photonics, winter school, workshop, collaborative research

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    Recent

    A Small, Highly Accurate Quantum Processor for Intermediate-Depth Quantum Simulations

    2020
    quantum computing, simulation, processor technology, accuracy, small scale technologies

    Simulating nonlinear dynamics of collective spins via quantum measurement and feedback

    2020
    quantum computing, spin dynamics, quantum measurement, feedback control, collective behavior

    Quantifying the Sensitivity to Errors in Analog Quantum Simulation

    2020
    quantum simulation, error sensitivity, analog simulation, quantum computing, error quantification

    Simulation of the complex dynamics of mean-field spin models using measurement-based quantum feedback control

    2020
    quantum computing, spin dynamics, control theory, quantum feedback, simulation methods

    Squeezing the angular momentum of an ensemble of complex multi-level atoms

    2020
    quantum physics, atomic physics, quantum mechanics, optical physics, quantum technology

    Experimental Study of Optimal Measurements for Quantum State Tomography

    2017
    quantum computing, experimental physics, quantum state tomography, measurement techniques, quantum information

    Dispersive response of atoms trapped near the surface of an optical nanofiber with applications to quantum nondemolition measurement and spin squeezing

    2016
    quantum mechanics, optical nanofibers, atomic trapping, dispersive response, spin squeezing

    Accurate and robust unitary transformations of a high-dimensional quantum system

    2015
    quantum computing, high dimensional systems, quantum information, unitary transformations, robust control

    Three-dimensional light-matter interface for collective spin squeezing in atomic ensembles

    2014
    quantum optics, atomic physics, quantum computing, quantum entanglement, atomic ensembles

    Quantum control and a novel atom-light quantum interface

    2014
    quantum computing, atomic physics, optical physics, quantum communication, quantum information

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    • Foundations of Quantum Optics

    • Introduction to Quantum Information and Computation

    Poul Jessen | KMap Profile - Institutional Knowledge Map (KMap)