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Galitski Research Group

Group Lead

Profile photo of Victor Galitski

Victor Galitski

Professor

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All Group Members

  • Profile photo of Andrey Grankin

    Andrey Grankin

    Postdoctoral Researcher

  • Profile photo of Yunxiang Liao

    Yunxiang Liao

    Postdoc

  • A smiling man appears with a bridge in the background, night time setting.

    Masoud Mohammadi-Arzanagh

    Graduate Student

  • Profile photo of Jeet Shah

    Jeet Shah

    Graduate Student

Alumni

  • Profile photo of Jonathan Curtis

    Jonathan Curtis

    Graduate Student

  • Profile photo of Benjamin Fregoso

    Benjamin Fregoso

    Postdoctoral Researcher

  • Profile photo of Gautam Nambiar

    Gautam Nambiar

    Postdoctoral Researcher, The Hong Kong University of Science and Technology

  • Profile photo of Zachary Raines

    Zachary Raines

    Graduate Student

  • Profile photo of Efim Rozenbaum

    Efim Rozenbaum

    Graduate Student

  • Profile photo of Tigran Sedrakyan

    Tigran Sedrakyan

    Postdoctoral Fellow

  • Profile photo of Kai Sun

    Kai Sun

    Postdoctoral Researcher

Recent News

  • Rough yellow in orange lines with purple haze extend from the left and right. To the right of the center of the image the right line curves upward and the right line curves downward before they can intersect.

    Repurposing Qubit Tech to Explore Exotic Superconductivity

    November 19, 2024

    The established knowledge and technical infrastructure from decades of quantum research are allowing researchers to harness quantum technologies in unexpected, innovative ways and creating new research opportunities. In a paper published in the journal Nature Physics, a collaboration between theorists at JQI and experimentalists at Harvard University presented a technique that repurposes the technology of superconducting circuits to study samples with exotic forms of superconductivity. The collaboration demonstrated that by building samples of interest into a superconducting circuit they could spy on exotic superconducting behaviors that have eluded existing measurement techniques.

  • Eight light blue spheres are spread out in space and are connected by grey lines.

    A Focused Approach Can Help Untangle Messy Quantum Scrambling Problems

    April 4, 2024

    The world is a cluttered, noisy place, and the ability to effectively focus is a valuable skill. Researchers at JQI have identified a new way to focus their attention and obtain useful insights into the way information associated with a configuration of interacting particles gets dispersed and effectively lost over time. Their technique focuses on a single feature that describes how various amounts of energy can be held by different configurations a quantum system. The approach provides insight into how a collection of quantum particles can evolve without the researchers having to grapple with the intricacies of the interactions that make the system change over time.

  • Two ovals divided into cells, left: red arrow goes through all cells, right: red arrow goes through only a few cells

    Embracing Uncertainty Helps Bring Order to Quantum Chaos

    September 27, 2023

    In physics, chaos is something unpredictable. A butterfly flapping its wings somewhere in Guatemala might seem insignificant, but those flits and flutters might be the ultimate cause of a hurricane over the Indian Ocean. The butterfly effect captures what it means for something to behave chaotically: Two very similar starting points—a butterfly that either flaps its wings or doesn’t—could lead to two drastically different results, like a hurricane or calm winds. But there's also a tamer, more subtle form of chaos in which similar starting points don’t cause drastically different results—at least not right away. This tamer chaos, known as ergodicity, is what allows a coffee cup to slowly cool down to room temperature or a piece of steak to heat up on a frying pan. It forms the basis of the field of statistical mechanics, which describes large collections of particles and how they exchange energy to arrive at a shared temperature. Chaos almost always grows out of ergodicity, forming its most eccentric variant.

Recent Publications