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Supported by the National Science Foundation, the CI Fellows program aids recent and soon-to-be Ph.D. computing graduates whose job search was hampered by COVID-19 and its continued disruption on academic job hiring practices and the economy.

A team of researchers led by QuICS Fellow Alexey Gorshkov has found a quantum protocol that reaches the theoretical speed limits for certain quantum tasks. Their result provides new insight into designing optimal quantum algorithms.

A multidisciplinary and international team—including Distinguished University Professor emeritus Ben Shneiderman—has proposed independent auditing methods as a mechanism to enable reliable, safe and trustworthy AI systems.

Her most recent work focuses on investigating a specific neuronal cell type that syncs mammals' sleep/wake cycle—known as circadian rhythm—to the sun cycle.

Ethan Cecchetti and Nathan Malkin—both of whom recently received doctorates in computer science from Cornell University and UC Berkeley, respectively—will start at the Maryland Cybersecurity Center (MC2) in September.

In research published in the Proceedings of the National Academy of Sciences, researchers have found early, distinct changes that can determine which at-risk infants will develop the autoimmune disease.

She is running for IEEE's Division VIII Delegate, a role in which she will continue to advocate for forward-looking concepts.

They will present on a diverse array of security-related topics, including encouraging users of popular messaging apps to employ end-to-end encryption, newly discovered distributed denial of service attacks, and more.

Their innovative design explores the interaction of soundwaves with acoustic structures for spatial sensing.

His research focuses on quantum computation and quantum information, including work in quantum error correction, fault-tolerant quantum computation, quantum cryptography and quantum complexity.