The QuICS Fellow is being honored for breakthroughs in quantum information science.
Research co-authored by two QuICS Fellows shows trapped-ion quantum computers can probe the universe's biggest mysteries.
UMD and George Mason researchers developed a faster way to transfer locomotion skills across different robot designs.
The five-year award expected to total $37.5M supports the institute’s next phase of research, education and workforce development.
QuICS Fellow Nicole Yunger Halpern collaborates on research identifying which quantum states can deliver a true computational advantage.
The DOE-funded project will combine generative AI and Earth system modeling to deliver faster, more detailed forecasts for floods, droughts and water resources.
Five faculty members are contributing to two projects selected for the U.S. Department of Energy's competitive Genesis Mission.
With AIM seed funding, Haizhao Yang is building an AI platform to make advanced math optimization as simple as a voice command.
Research inspired by bees could improve autonomous drones for agriculture, disaster response and more.
Alexey Gorshkov, Victor Albert and Xiaodi Wu are contributing to two $4 million projects through the National Quantum Virtual Laboratory initiative.
