By combining camera images and recorded taps, UMD researchers aim to give 3D objects realistic sounds for applications in virtual reality, gaming and more.

Their study shows how collective movement enables viruses to persist with migrating bacterial colonies while minimizing risk.

Findings from a real-time brain wave study could help VR and AR designers detect and reduce dizziness, nausea and other symptoms.

A new algorithm developed by UMD researchers builds the digital maps that power AI search at record-breaking speeds.

Soheil Feizi is part of a $7.5M multi-institutional initiative to advance the next generation of artificial intelligence.

Supported by a $2.35 million NIH grant, UMD and Johns Hopkins researchers are using AI to develop longer-lasting eye drops for glaucoma and other eye diseases.

A team of five undergraduates developed an interactive tool to embed ethics and public trust in AI research.

UMD researchers identify where language models could help volunteer moderators—and where human judgment remains essential.

UMD research earns five honors at IROS workshops for advances in navigating around glass, interpreting touch and learning from human video.

The initiative will use AI and automation to support remotely accessible biomanufacturing experiments, with Liu co-leading the lab's data and AI systems.