Joseph Carolan’s new proof framework helps resolve a long-standing question about the quantum security of a classic method in cryptography.
Alexey Gorshkov co-developed an entanglement-based approach that helps quantum sensors reject noise for more precise measurements.
New method removes problematic information from large language models without damaging their reasoning abilities.
The RQS senior investigator helped develop specially engineered photonic structures to guide light in stable and resilient ways.
From different angles, Ph.D. students Iman Gholami, Arshia Soltani and Danny Mittal are training AI to master mathematical concepts.
QuICS fellow Nicole Yunger Halpern is helping organize a symposium that features a keynote address by science journalist Mark Alpert.
UMD researchers built a magnetic hand exoskeleton that has the potential to transform how we learn motor skills.
Furong Huang is co-leading efforts involving AI safety testing under simulated operational pressure.
Andrew Childs will honored by the Washington Academy of Sciences on May 7 with its Excellence in Research Award in Computer Science.
The kits use polarizing light filters to introduce superposition and measurement to secondary students across multiple states.
