Data Science

3D wireframe brain made of connected nodes and network lines glowing over an orange and blue tech background
Neuroscience

36 Grace Hopper Superchips Coming to UVA to Support Brain Data Research

UVA Professor John Van Horn secured a competitive NIH High-End Instrumentation Grant to purchase 36 NVIDIA Grace Hopper Superchips, creating one of the nation’s most powerful university-based neuroscience computing resources. The GPU cluster will accelerate brain data analysis, supporting research into Alzheimer’s, Parkinson’s, and autism while fostering interdisciplinary collaboration across UVA schools.

Illustration of a glowing digital brain with neural connections, symbolizing artificial intelligence and brain activity
Psychology

Good Disruption: Inside Brain-Computer Interfaces

Podcast

In this episode of Good Disruption, UVA Professor Jack Van Horn joins hosts Yael Grushka-Cockayne and Mike Lenox to explore brain-computer interfaces, a rapidly advancing neurotechnology that translates brain signals into action. From restoring movement and communication to bypassing damaged neural pathways, BCIs hold remarkable promise — alongside significant challenges — as the field moves from science fiction to reality.