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An example of a non-turbulent velocity field measured using the new technique.

Mysteriously Mundane Turbulence Revealed in 2D Superfluid

18 Apr 25

Five Science Terps Awarded 2025 National Science Foundation Graduate Research Fellowships

14 Apr 25

Marine microplankton

Sargasso Sea Plankton and Other Marine Microbes Take Turns Sharing Nutrients

14 Mar 25

Metamorphic protein Sa1V90T

New Paper Suggests Cold Temperatures Trigger Shapeshifting Proteins

10 Mar 25

Tasmania

UMD Geologists Explore Tasmania’s Hidden Gems

10 Mar 25

Quantum refridgerator

UMD-NIST Researcher Helps Develop Novel ‘Quantum Refrigerator’

10 Jan 25

In a new experiment, light beams carrying orbital angular momentum caused electrons in graphene to gain (blue beam) and lose (red beam) angular momentum, transporting them across the sample and generating a current that researchers measured. (Credit: Mahmoud Jalali Mehrabad/JQI)

Twisted Light Gives Electrons a Spinning Kick

12 Dec 24

weather map

Combining AI and Earth System Research to Improve Climate Forecasting for Underserved Communities

09 Sep 24

A structural model demonstrating the AF2RAVE method

University of Maryland Scientists ‘Cautiously Optimistic’ About AI’s Role in Drug Discovery

01 Aug 24

A male Astatotilapia burtoni ignores its food while mouthbrooding

Genetic Mutation Prompts ‘Deadbeat Dad’ Fish to Start Raising Their Offspring

01 Aug 24

UMD Researchers Develop New and Improved Camera Inspired by the Human Eye

02 Jul 24

Investigating Climate Change’s Impact on Arctic Caribou

23 Apr 24

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