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He was recognized for his research on a new method for constructing secure one-time memories based on quantum physics.

In the paper, he analyzes software vulnerability-related information available on Twitter.

She highlighted risks like phishing and password reuse.

She studies quantum algorithms and process tomography to explore how quantum computers can solve problems faster than classical ones and improve error characterization methods.

It culminated in a capstone competition where students applied their skills by building and hacking software, gaining practical experience in key security topics.

He was recognized for his groundbreaking work in quantum science and credits his success to the support of his colleagues and the university’s resources.

He, alongside postdoctoral researchers Edoardo Serra and Noseong Park, developed the Anti-Poaching Engine, a system that uses satellite imagery, predictive analytics, and drone data to safeguard rhinos, elephants and wildlife rangers.

He says the center, the first of its kind in Maryland, can help scientists study such complex areas as the human genome and climate change.

The award will support his efforts to develop "Apollo," a system for verifiable computation that ensures outsourced cloud computations are accurate and trustworthy, with a team including Jonathan Katz, Elaine Shi and Amol Deshpande.

He spoke about the future of secure computation.