Keynote Speaker
Dr. Elena Vance
Professor of Computer Science
Dr. Elena Vance
Professor of Computer Science
•
MIT
MIT
Dr. Vance is a pioneer in Neural Engineering and Advanced AI architectures. Her work on synaptic plasticity in artificial networks has paved the way for the new generation of LLMs.
Dr. Vance has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Dr. Elena Vance
Professor of Computer Science
Dr. Elena Vance
Professor of Computer Science
•
MIT
MIT
Dr. Vance is a pioneer in Neural Engineering and Advanced AI architectures. Her work on synaptic plasticity in artificial networks has paved the way for the new generation of LLMs.
Dr. Vance has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Prof. Hiroshi Tanaka
Director of Robotics
Prof. Hiroshi Tanaka
Director of Robotics
•
University of Tokyo
MIT
Renowned for his work in humanoid robotics and embodied intelligence, Prof. Tanaka focuses on the intersection of mechanical engineering and cognitive computing.
Dr. Tanaka has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Prof. Hiroshi Tanaka
Director of Robotics
Prof. Hiroshi Tanaka
Director of Robotics
•
University of Tokyo
MIT
Renowned for his work in humanoid robotics and embodied intelligence, Prof. Tanaka focuses on the intersection of mechanical engineering and cognitive computing.
Dr. Tanaka has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Dr. Sarah Chen
Professor of Computer Science
Dr. Sarah Chen
Professor of Computer Science
•
MIT
MIT
Dr. Vance is a pioneer in Neural Engineering and Advanced AI architectures. Her work on synaptic plasticity in artificial networks has paved the way for the new generation of LLMs.
Dr. Vance has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Dr. Sarah Chen
Professor of Computer Science
Dr. Sarah Chen
Professor of Computer Science
•
MIT
MIT
Dr. Vance is a pioneer in Neural Engineering and Advanced AI architectures. Her work on synaptic plasticity in artificial networks has paved the way for the new generation of LLMs.
Dr. Vance has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Chief AI Scientist
Professor of Computer Science
Chief AI Scientist
Professor of Computer Science
•
MIT
MIT
Dr. Chen leads the AlphaFold-X project, applying
advanced computing to solve complex biological protein folding problems using reinforcement learning.
Dr. Chen has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.
Chief AI Scientist
Professor of Computer Science
Chief AI Scientist
Professor of Computer Science
•
MIT
MIT
Dr. Chen leads the AlphaFold-X project, applying
advanced computing to solve complex biological protein folding problems using reinforcement learning.
Dr. Chen has published over 100 peer-reviewed papers in top-tier conferences and journals. Their research interests include advanced algorithms, scalable systems, and the ethical implications of artificial intelligence in modern society. They serve on the editorial boards of several prestigious journals and have received numerous awards for their contributions to the field.