Wu Tsai Human Performance Alliance

Wu Tsai Human Performance Alliance invites proposals for agility projects that advance our understanding of human performance. Funding provides up to $100,000 per year for up to two years. Letters of intent due July 7.

Cy Chittenden biked 2,850 miles across America. His DNA is part of a Stanford study investigating the genetics of elite athlete endurance to inform longevity research and treatment strategies.

From prioritizing energy intake for bone health to incorporating fermented foods for gut health, these expert strategies aim to boost performance and overall well-being.

Researchers analyzed smartphone data from 1,600 U.S. cities and discovered that residents of walkable cities are encouraged to be significantly more active.

New research demonstrates how personalized walking patterns can slow cartilage degradation and deliver pain relief comparable to medication.

Emily Kraus answers four questions about the limits of human running, breaking records, and the significance of Kipyegon’s endeavor.

The findings could lead to new therapies that speed recovery from injuries, improve bone health, and boost performance longevity.

Two new studies yield insights into hamstring injury and prevention under real-world conditions, enhancing our understanding of how muscles adapt to training.

Follow the sports science trailblazer and volleyball player as she creates “digital athletes” – computer simulations that help us better understand the anatomy and mechanics underlying performance on the court.