Research News
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New UMD-led research upends long-standing assumptions about the feeding habits of varroa mites, a primary threat to honey bees worldwide.
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Team led by UMD postdoctoral fellow reveals the environment around a relatively small black hole in unprecedented detail.
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Wenxia Song and her collaborators identified two molecules that inhibit gonorrhea infection in a laboratory tissue model.
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UMD-led research suggests that cells in developing fruit fly air sacs extend armlike projections to physically grab signaling proteins.
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UMD geologist Richard Ash developed a mass spectrometry standardization method for generating a timeline of thallium poisoning by analyzing the victim’s hair.
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Using miniature sensors strapped to bats, researchers tracked the animals’ locations and calls to determine whether they searched for food alone or with others.
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Research by Distinguished University Professor Emeritus of Computer Science Ben Shneiderman found factors that raise the average number of citations that a university research paper receives.
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Researchers created and trained a machine learning algorithm to assign risk probabilities to 150,000 plant species worldwide.
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UMD physicists contribute to identification of events that now total 10 black hole mergers and one neutron star merger.
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New UMD-led research highlights the need for better regulation and pollution management strategies.
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New atmospheric modeling study could explain the mechanism behind a century-old hypothesis.
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Observations reveal early stages of black hole mergers during final stages of galaxy coalescence.
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UMD researchers help explain why machine learning algorithms sometimes generate nonsensical answers.
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Simulation reveals particle behaviors that may help explain how neutron stars emit gamma-ray and radio pulses.
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New observations suggest that kilonovae—immense cosmic explosions that produce silver, gold and platinum—may be more common than thought.
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