University of Maryland Launches Quantum Technology Center

The new research center will catalyze the development of high-impact quantum technologies.

UMD Astronomer Suvi Gezari Named Kavli Foundation Plenary Lecturer at 235th American Astronomical Society Meeting

Lecture will focus on Gezari’s research into stars ripped apart by supermassive black holes.

Three Named 2019 Distinguished University Professors in College of Computer, Mathematical, and Natural Sciences

Sean Carroll, Ming Lin and Richard Walker received the university's highest academic honor.

Lai-Xi Wang Named Fellow of The American Chemical Society

The honor recognizes the chemistry and biochemistry professor’s groundbreaking contributions to glycoscience and leadership in the society.

Distant “Heavy Metal” Gas Planet is Shaped Like a Football

UMD astronomer contributes to discovery of first known exoplanet hot enough for heavy elements to evaporate and escape its atmosphere.

Chemistry Getting a New Wing to Advance Research Frontiers and Train Students

Wing one of the chemistry building is coming down and will be replaced by a new 105,000 square-foot state-of-the-art facility.

New Study Identifies Causes of Multidecadal Climate Changes

UMD geologist contributes to analysis that suggests current climate models can accurately predict climate warming several decades into the future.

Microbiology Experiment from All-female Student Team Heads to Space This Week

The UMD student experiment will test how well bacteria can grow on different surfaces in microgravity aboard the International Space Station.

Scientists Identify New Genetic Interactions That May Impact Cancer Outcomes

Researchers at the University of Maryland and National Cancer Institute identified 12 distinct relationships between gene pairs in tumor cells that could potentially be targeted for cancer therapy.

New Study Reveals the Final Step in RNA Recycling and Offers Clues for Developing Novel Antibiotics

University of Maryland researchers discovered one enzyme’s vital role in breaking down RNA is more specific than previously thought, revising a vital cellular process misunderstood since the 1960s.

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