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Nicole Yunger Halpern

National Institute of Standards and Technology & University of Maryland

RQS Senior Investigator
QuICS Fellow - Nicole Yunger Halpern

Additional Information

Bio

Nicole Yunger Halpern is a physicist at the National Institute of Standards and Technology and an adjunct assistant professor in the Department of Physics at the University of Maryland. She is also a Fellow of the Joint Center for Quantum Information and Computer Science and an affiliate of the Joint Quantum Institute. Yunger Halpern re-envisions 19th-century thermodynamics for the 21st century, using the mathematical toolkit of quantum information theory. She received her doctorate in physics from Caltech in 2018.

Recent Publications

Research Group

Affiliated Research Centers

Recent News

  • Twesh and figure one

    Student Perspective: Exploring Quantum Fluctuations with Twesh Upadhyaya

    May 14, 2025

    The physics doctoral student describes the institute's recent work addressing Research Challenge 2: Quantum Simulations Face the Environment.

  • Nicole Yunger Halpern stands looks to the left while pointing to one of several physics equations on the blackboard behind her.

    Yunger Halpern Receives Early Career Scientist Award in Statistical Physics

    May 9, 2025

    She was recognized for her fundamental contributions to non-Abelian thermodynamics and her exploration of the relationship between quantum chaos and the work fluctuation theorem in non-equilibrium thermodynamics.

  • Visual of the Quantum research described in the article

    A New Take on the Oldest Physics: What Actually Happened Right After the Big Bang?

    April 7, 2025

    Senior investigators Zohreh Davoudi, Nicole Yunger Halpern, and Chris Jarzynski are collaborating to blend three disparate fields of physics—the study of elementary particles and their interactions, the understanding of temperature and heat in quantum mechanics, and quantum simulation—to create a novel approach to understanding and modeling the physics of the early universe and high-energy collisions.