NTT Research has launched the Physics of Artificial Intelligence Group to explore the complexities of AI systems, addressing challenges like the black box problem. Led by Dr. Hidenori Tanaka, this interdisciplinary team aims to enhance trust and safety in AI applications by merging insights from physics, psychology, philosophy, and neuroscience. Collaborations with Harvard’s Center for Brain Science and Stanford University will further their mission of fostering understanding and effective human-AI collaboration.
NTT Research has unveiled a groundbreaking venture, the Physics of Artificial Intelligence Group, at the Upgrade 2025 conference in San Francisco. Built on the foundation of NTT Research’s Physics & Informatics Lab, this new group aims to merge physics, psychology, philosophy, and neuroscience to tackle the complexities of AI systems. Their mission is to enhance trustworthiness and safety by unpacking the enigmatic “black box problem” that obscures how AI systems operate and make decisions.
The initiative is steered by Dr. Hidenori Tanaka, a Harvard-trained physicist with extensive experience in AI research at NTT. He emphasizes the mathematical exploration of concepts like kindness and creativity, highlighting AI’s potential to transform abstract ideas into meaningful applications. The group aims to develop AI features with increased energy efficiency while addressing safety and trust issues critical for industry integration.
NTT Research plans to investigate the parallels between biological and artificial intelligence to improve mutual understanding and collaboration between humans and AI entities. Historian insights remind us that scientists through the ages have bridged gaps between technology and human experience. The aim for the 21st century is to decode how AI learns and makes choices, fostering the development of safer and more reliable AI technologies that complement human insight.
In collaboration with Harvard’s Center for Brain Science and Stanford’s Suya Ganguli, Dr. Tanaka’s group aspires to invigorate discourse around AI across various backgrounds. He sees engagement with diverse perspectives as critical for enriching our collective knowledge of AI’s impact on society. By encouraging dialogues, NTT hopes to ignite a cultural exchange that enhances our understanding of this transformative technology, shedding light on its multifaceted nature, beyond just the academic realm.
The launch of NTT Research’s Physics of Artificial Intelligence Group signals a dynamic shift towards integrating multiple disciplines to unravel the complexities of AI. Led by Dr. Hidenori Tanaka, this initiative aspires to improve AI’s trustworthiness and safety while fostering collaborative relations between humanity and technology. The merger of theoretical physics with AI’s practical applications aims to pave the way for a future where intelligent systems can operate safely and harmoniously alongside humans.
Original Source: www.unite.ai
