Research Articles
Artificial Intelligence as an Opportunity for the Science of Consciousness: A Dual-Resolution Framework
Exploring how AI serves as a testbed for consciousness theories through the innovative Dual-Resolution Framework combining Information Theory of Individuality and Moment-to-Moment theory.
The Molecular Masterpiece of Smell: Engineering Our Scent Sensors
Explore the fascinating world of olfactory cyclic nucleotide-gated ion channels and how genetic engineering is revolutionizing our understanding of smell.
The Amyloid Enigma: How a Sticky Protein Is Rewriting the Story of Alzheimer's Disease
Explore the latest breakthroughs in Alzheimer's research as scientists uncover the complex role of amyloid-beta proteins and their different forms in disease progression.
How to Sleep: The Art, Biology and Culture of Unconsciousness
Explore the fascinating science, culture, and art of sleep - from biological mechanisms to cultural practices and cutting-edge research.
The Brain Revolution: How MIT Is Building Smarter AI Inspired by Nature's Computer
Explore MIT's groundbreaking research in brain-inspired AI, neuromorphic computing, and AI-driven scientific discovery platforms that are revolutionizing artificial intelligence.
The Hidden Language of Movement: How Your Brain Writes Your Signature
Discover how Plamondon's Kinematic Theory reveals the mathematical language behind smooth, skilled movements and velocity coding in the brain.
The Brain Revolution: How MIT Is Bridging Neuroscience and Artificial Intelligence
Explore MIT's groundbreaking research bridging neuroscience and AI, from brain-inspired computing to educational applications and sustainable AI development.
More Than Thumbs Up: The Science Behind Why We Love or Hate Book Reviews
Explore the neuroscience and psychology behind book reviews - why we're influenced by ratings, emotional anecdotes, and social proof when evaluating literature.
The Need for Speed: How Signal Velocity Shapes Computing in Machines and Brains
Exploring how information transfer speed fundamentally shapes computation in both technological systems and biological brains, with implications for future computing paradigms.
The Evolution of Seeing Motion: From Insect Eyes to Artificial Intelligence
Explore the evolution of visual motion detection from biological systems to artificial intelligence models, including recent paradigm shifts and experimental findings.