
Discover how Gero Miesenboeck manipulates specific neurons in fruit flies to understand brain function, showcasing groundbreaking experiments that revolutionize our understanding of neural activity and perception.

Chef Pierre Thiam introduces fonio, an ancient African grain, highlighting its versatility, nutritional benefits, and potential to transform African societies through large-scale cultivation and economic opportunities.

Sharon Terry's journey from stay-at-home mom to citizen scientist, revolutionizing rare disease research through collaboration and determination, inspiring others to take action and make a difference in medical science.

George Monbiot explores the concept of rewilding, using Yellowstone's wolf reintroduction as an example, to illustrate how restoring natural ecosystems can create a more balanced and wondrous environment.

MIT researchers explore memory manipulation in mice using laser technology, discussing the potential implications and ethical considerations of altering memories in living brains.

Philosopher John Searle explores human consciousness, debunking objections and arguing for its biological nature. He emphasizes the importance of studying consciousness scientifically to understand our shared condition.

Paleontologist explores de-extinction of unique species like gastric brooding frog and Tasmanian tiger, discussing scientific methods and ethical implications of reviving extinct animals.

Discover the surprising intelligence of dung beetles as they navigate using celestial cues, showcasing nature's ingenuity in unexpected places.

Explore a unique perspective on evolution and consciousness through the lens of plant intelligence, challenging our human-centric view of nature and Darwinism.

Explore the fascinating world of animal locomotion through slow-motion videos, revealing how cockroaches navigate mesh and geckos scale walls, offering insights into biomechanics and nature's ingenious designs.

Explore how biology can revolutionize our approach to energy production, challenging traditional views on hydrocarbons and proposing innovative solutions for sustainable fuel sources.

Explore cellular metabolism hacking through mitochondrial targeting, uncovering potential impacts on health, energy, and longevity in this intriguing lightning talk.

Explore how supercomputers can model the brain's synapses to unravel mental mysteries, potentially revolutionizing our understanding of perception, memory, and mental illness.

Explore Manhattan's pre-colonial ecology through a detailed 3D map, revealing a landscape of hills, rivers, and wildlife where modern New York City now stands.

Explore how optical illusions reveal the inner workings of our brain's visual processing, offering insights into perception and evolutionary adaptations that shape our view of reality.

Explore the fascinating world of Charles Bonnett syndrome as neurologist Oliver Sacks delves into lucid hallucinations experienced by visually impaired individuals, offering insights into the human mind.

Explore the fascinating science behind how humans sense others' motives and feelings, with insights from lab work on brain activity during social cognition and judgment.

Discover how bioelectricity in our cells impacts conception, healing, and cancer. Explore groundbreaking research on manipulating cellular voltages to revolutionize our understanding and treatment of common ailments.

Exploring the ethical implications of neurotechnology on human rights, this talk examines potential misuse in criminal justice, workplace surveillance, and data privacy, advocating for updated legal protections.

Discover innovative DNA-based methods for diagnosing and treating viral infections, including malaria, SARS, and avian flu. Learn about groundbreaking research that could revolutionize how we combat undiagnosed illnesses.

Philosopher David Chalmers explores the mystery of consciousness, discussing its fundamental nature and sharing perspectives on understanding the phenomenon of our subjective experiences.