Supported by a $4.5 million grant from philanthropic organizations, the 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.
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 natural language processing.
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.
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 is excited to help take the center to the next level by driving its growth in quantum cryptography, algorithms, information processing, and beyond.
Yang Bai is creating wearable technologies and AI systems that can instantly react to their surroundings, pushing the boundaries of interactive and adaptive technology.
In his Embodied Dynamics Laboratory, Jun Nishida shows how wearable devices facilitate the transfer of physical skills between people, advancing rehabilitation and design applications.
Erik Rye is exploring ways to block tracking via wireless access points, with the goal of creating protocols that protect personal data in everyday settings as well as high-risk conflict zones.
Rob Patro has been awarded an NIH grant to improve computational methods for long-read RNA sequencing, boosting the potential to reveal key insights into disease mechanisms, drug development, and more.
Nicole Yunger Halpern and artist Bruce Rosenbaum created a steampunk-inspired sculpture depicting a quantum engine, which debuted at the APS Global Physics Summit.
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