Exploring how researchers are developing safety measures to prevent AI from being misused for catastrophic purposes like chemical weapon design.
Explore how biological systems inspire computational algorithms for AI advancement, from genetic algorithms to swarm intelligence and neural networks.
Explore MIT's groundbreaking research bridging neuroscience and AI, from brain-inspired computing to educational applications and sustainable AI development.
The 1993 conference that launched a revolution in how we decipher life's code - ISMB-93 and its impact on computational biology.
Exploring how chaotic dynamics in neural networks enhance information processing in both biological and artificial intelligence systems
Explore how artificial intelligence and computational biology are transforming vaccine development, enabling predictive design and faster responses to emerging pathogens.
Explore the evolution of visual motion detection from biological systems to artificial intelligence models, including recent paradigm shifts and experimental findings.
Exploring the fundamental differences between computer systems and biological organisms, and why understanding this divide is key to future AI and medical breakthroughs.
Exploring the convergence of machine and biological intelligence, creating a future of enhanced human potential through neuroprosthetics and brain-computer interfaces.
Explore how Cognitive Developmental Robotics and interdisciplinary approaches are shaping the future of intelligent machines through brain-inspired design.