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A team of researchers at the University of Maryland has developed the first-ever auction-based AI regulation system—one that incentivizes companies to compete on safety compliance instead of capability.

The event underscored the many activities and successes of QuICS, while also examining what the next decade and beyond might hold for quantum computing.

Carl Miller says he is honored to help lead QuICS and is eager to incentivize the center’s growth in quantum information science.

Yang Bai is developing wearable technologies and AI systems that can sense and respond to their environment in real time.

Nicole Yunger Halpern teamed up with an artist to create a sculpture that brings quantum concepts to life.

Rob Patro has secured a grant from NIH to enhance computational methods for long-read RNA sequencing, technology that is crucial for investigating disease mechanisms, developing new drugs and identifying biomarkers.

CLIP researchers are testing AI’s ability to interpret emojis in various scenarios and languages, with the goal of improving their use in machine learning and NLP models.

Expected to total $540K over the next five years, the award supports his research in improving how autonomous AI agents learn and collaborate in complex, real-world environments.

Erik Rye is researching methods to prevent tracking through wireless access points, aiming to develop protocols that can safeguard personal data in both everyday life and critical conflict zones.

Supported by a $4.5M grant from philanthropic organizations, University of Maryland researchers are creating an open-source, high-quality dataset of classroom recordings that can be used to accelerate AI-driven outcomes for K–12 math education.