Discover why a VR product launch creates stronger connections and focus than traditional events, backed by PwC and Stanford research.

Discover why a VR product launch creates stronger connections and focus than traditional events, backed by PwC and Stanford research.

Discover why a VR product launch creates stronger connections and focus than traditional events, backed by PwC and Stanford research.

Discover why a VR product launch creates stronger connections and focus than traditional events, backed by PwC and Stanford research.

Discover why a VR product launch creates stronger connections and focus than traditional events, backed by PwC and Stanford research.

“Cold” tumors are resistant to common immunotherapies. Stanford Medicine researchers have uncovered a master regulator that can be manipulated to prevent tumor growth in mice.

An anonymous reader quotes a report from Ars Technica: When Stanford University researchers asked ChatGPT whether it would be willing to work closely with someone who had schizophrenia, the AI assistant...

Stanford research reveals 69% cite freeing time for high-value work as primary automation motivation.

Stanford research reveals 69% cite freeing time for high-value work as primary automation motivation.

Summary: Stanford researchers have developed a breakthrough device called the milli-spinner thrombectomy, which uses compression and shear forces to safely shrink and remove blood clots, significantly...

Why Orange Cats Are One-of-a-Kind, According to Science Orange cats have long charmed pet lovers with their bold personalities and

Stanford scientists have developed a molecule that forces cancer cells to self-destruct—by hijacking their survival systems from the inside. Early lab tests show it kills even drug-resistant tumors, m...

A Stanford Medicine study used artificial intelligence to discover a naturally occurring molecule, specifically, a peptide, that reduced appetite and promoted weight loss in both mice and pigs. Researchers...

In neonatal intensive care units (NICUs), a baby’s life can depend on milliliters. For the tiniest patients—those born weeks too soon—nutrition isn’t as simple as a bottle or breast. It often arrives through an IV line, in a precisely formulated cocktail of proteins, fats, sugars, vitamins, and medicine. Getting that formula wrong can mean severe complications or worse. A new study from Stanford Medicine, published March 25 in Nature Medicine, may change how we care for these fragile newborns. It shows that artificial intelligence (AI), trained on more than 10 years of NICU data, can design intravenous nutrition regimens that doctors often rate as…

Not really a fix...yet, but it could lead to some down the road.

Stanford scientists discovered that a harmless skin bacterium triggers a powerful immune response. By tweaking a bacterial protein, they turned it into a living vaccine, training the immune system to...

New research reveals that doctors supported by AI chatbots make better clinical decisions, challenging traditional approaches to patient care.

Analyzing nearly 30 million posts, Stanford scholars reveal how emotional, negative content fuels the viral spread of news on social media. Now, what to do about it?

Racially restrictive covenants are clauses in property deeds that ban individuals of a particular race from buying a home.