Juejun Hu's journey into the world of artificial intelligence and photonics began in his childhood in southern China's Fujian province. His father, a versatile engineer with expertise spanning mechanical, electrical, and civil engineering disciplines, provided the foundation for what would become a[more]

Unlike humans who naturally explore and learn through innate curiosity, artificial intelligence systems often struggle when encountering unfamiliar environments. This fundamental limitation has driven researchers to develop innovative approaches to automated machine learning algorithm discovery. Re[more]

Automotive manufacturers are racing to enhance the sophisticated technologies powering autonomous vehicles. Despite these advancements, even the most cutting-edge self-driving cars struggle to operate safely when encountering rain and snow-covered roads. These challenging weather conditions signifi[more]

Revolutionary advances in artificial intelligence are dramatically accelerating the hunt for novel materials tailored to specific applications like batteries and energy storage systems. MIT scientists have pioneered an innovative machine learning approach that sifts through millions of potential ca[more]

In a groundbreaking study, MIT researchers alongside industry experts have unveiled a comprehensive strategy to revolutionize the solar energy landscape through perovskite solar cells. These innovative materials, despite showing tremendous potential to outperform traditional silicon-based photovolt[more]

In today's digital landscape, cybersecurity professionals face an unprecedented challenge: sifting through mountains of data moving at lightning speed to identify potential threats. The task resembles finding a needle in a haystack—except this haystack is approaching at fiber optic velocity. Organi[more]

In just its initial year of functionality, the groundbreaking Intelligent Towing Tank (ITT) successfully executed approximately 100,000 experimental trials, effectively accomplishing what would typically require a doctoral student's five years of intensive research within mere weeks. This innovativ[more]

Deep learning, a transformative branch of machine learning, has enabled computers to outperform humans in specific visual tasks such as analyzing medical imagery. However, as artificial intelligence expands into video interpretation and real-world event analysis, these models are becoming increasin[more]

MIT has unveiled groundbreaking reports today detailing the progressive development of the innovative MIT Stephen A. Schwarzman College of Computing, marking a transformative moment in higher education. The comprehensive reports synthesize the extensive work of five dedicated working groups that ha[more]

MIT scientists have engineered a groundbreaking photonic processor that harnesses light waves instead of electrical currents, delivering unprecedented energy efficiency for artificial intelligence computations. This innovative optical chip could transform how massive neural networks are processed, [more]