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A large audience and a panel of experts at Gravitational Waves event.

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  • The Joint Center for Quantum Information and Computer Science (QuICS) recently received a renewal in federal funding that will allow the center to expand its research and educational activities, including additional support for postdocs and graduate students. UMD computer science Ph.D. student Manasi Shingane (left) discusses her work with postdoc Atul Mantri (right). Credit: John T. Consoli/University of Maryland. Click image to download hi-res version.
    Joint Center for Quantum Information and Computer Science Receives Renewed Federal Funding from NIST
    13 October 2021

    The interdisciplinary center focused on quantum computation, communication and cryptography is expected to receive up to $12.2 million over the next five years.

  • white dwarf system
    New Discovery Offers a Glimpse of Our Solar System’s Potential Fate when the Sun Dies
    12 October 2021

    A team including UMD astronomers found a Jupiter-like planet orbiting a white dwarf star.

  • Mokhtarzada brothers
    From the Floundry to the Hatchery
    12 October 2021

    The Mokhtarzada brothers’ startup success story comes home with a new student venture incubator at UMD.

  • Scott Juntti
    UMD Biology’s Scott Juntti Receives $1.9M Maximizing Investigators’ Research Award
    12 October 2021

    The award from the National Institutes of Health will support his pioneering research to understand how biology influences behavior.

  • UMD Chemistry and Biochemistry’s Pratyush Tiwary Receives $1.9M Maximizing Investigators’ Research Award
    12 October 2021

    The award from the National Institutes of Health will support development of new methods to target precision medications.

  • quantum sensing diamonds
    Diamonds Are a Quantum Sensing Scientist’s Best Friend
    11 October 2021

    In this episode of Relatively Certain, Ronald Walsworth explains how diamond defects can be used as superb magnetic field sensors and discusses recent strides toward using them to image the insides of individual cells.

  • A chip containing an ion trap that researchers use to capture and control atomic ion qubits (quantum bits). (Credit: Kai Hudek/JQI)
    Foundational Step Shows Quantum Computers Can Be Better Than the Sum of Their Parts
    04 October 2021

    Researchers have made progress toward ensuring we can trust the results of quantum computers even when they are built from pieces that sometimes fail.

  • Foundational Step Shows Quantum Computers Can Be Better Than the Sum of Their Parts
    04 October 2021

    Researchers took a step toward a more reliable, practical quantum computer in recent experiment.

  • New computer simulations from UMD reveal that much like earthquakes cell “quakes”—sudden restructuring of the cytoskeleton, or scaffolding, inside animal cells—is caused by the slow buildup and rapid release of mechanical energy. This image shows a simulated model cytoskeleton (red, green and blue mesh) contained within a cell membrane depicted in light blue. Click image to download hi-res version. (Image credit Haoran Ni, University of Maryland)
    Cell “Quakes” May Help Cells Respond to the Outside World
    30 September 2021

    UMD researchers explain how recently discovered earthquake-like disturbances occur in living cells.

  • Rendering of a light-guiding lattice of micro-rings that researchers predict will create a highly efficient frequency comb. (Credit: S. Mittal/JQI)
    Novel Design May Boost Efficiency of On-Chip Frequency Combs
    27 September 2021

    A collaboration of UMD researchers has proposed a way to make chip-sized frequency combs ten times more efficient by harnessing the power of topology—a field of abstract math that underlies some of the most peculiar behaviors of modern materials.

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