Stanford Medicine researchers showed that five minutes a day of breathing exercises can reduce overall anxiety and improve mood.
Researchers have found that oxytocin, commonly known as the "love hormone" may not be crucial for the social behaviors it's known for.
As the year comes to a close, we're sharing the most-read stories, most-viewed videos and most popular stories on social media of 2022.
By devising special pixels, Stanford University researchers have enhanced prosthetic vision with a new implant that improves vision.
Postdoctoral scholar Ben Rein is equally passionate about his neuroscience research and educating the public about science via social media.
Brain tumors are among the most deadly and difficult-to-treat cancers. Glioblastoma, a particularly aggressive form, kills more than 10,000 Americans a year and has a …
Researchers are studying the bobtail squid to learn more about the evolution of intelligence. Their focus is on "large genes."
Andrew Huberman joins Stanford Medicine in an Ask Me Anything featuring topics such as human behavior and neuroscience.
Researchers found that couples who share similar brain activity while watching movie scenes about marriage report happier relationships.
We explore the most basic molecular elements of human biology in the lead story for the latests issue of Stanford Medicine magazine.
Researchers are making connections between the role of mucus and human health -- both in the brain and the lungs.
Stanford Medicine magazine explores the molecules behind human biology and how understanding them fuels medical discoveries and innovations.
Stanford med student designs biofeedback app meant to encourage children with cerebral palsy move their arms to build strength.
A Stanford Medicine researcher discusses his neuroscience-driven investigation into aging and if it's possible to rejuvenate an aging brain.
Researchers have found parallels between the degeneration of a neurons in a tiny sea invertebrate and the human brain.
Stanford Medicine researchers tracked memory formation in real time, watching how muscle memory is created.
