undefined

Surya Ganguli

Neuroscientist and Stanford professor who studies the intersection of neuroscience, AI, and physics to understand and improve intelligence.

Top 3 podcasts with Surya Ganguli

Ranked by the Snipd community
undefined
76 snips
Mar 7, 2025 • 17min

Can AI match the human brain? | Surya Ganguli

Surya Ganguli, a neuroscientist and Stanford professor, delves into the fascinating intersection of neuroscience, AI, and physics. He argues that as AI advances, it must be understood through the lens of human cognition to truly unlock its potential. Ganguli discusses the evolutionary paths of human and artificial intelligence, emphasizing the gaps in AI's reasoning capabilities. He also advocates for academia’s role in fostering open scientific inquiry to enhance our understanding of both human brains and AI systems.
undefined
Aug 13, 2024 • 30min

AI at the Intersection of Bio with Vijay Pande, Surya Ganguli, and Bowen Liu

Vijay Pande, a general partner at a16z Bio + Health, is joined by venture partner Surya Ganguli and investing partner Bowen Liu. They dive into how AI is revolutionizing drug development, highlighting its role in identifying new targets and optimizing clinical trials. Discussions touch on the power of large datasets in advancing personalized medicine, as well as the exciting potential of using AI to merge various biological data types. Their perspectives present a captivating look at the future of health technology and research.
undefined
May 23, 2024 • 28min

Neuroscience and AI: What artificial intelligence teaches us about the brain (and vice versa) | Surya Ganguli

Neuroscientist Surya Ganguli discusses the intersection of neuroscience and AI, exploring how advanced AI tools challenge our notions of computer intelligence. The conversation delves into the efficiency and adaptability of AI systems compared to the human brain, the importance of data efficiency and error reduction in AI models, and the potential collaboration between artificial and biological intelligence in brain modeling and memory prosthetics.