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The approach combines artificial intelligence and mathematical models to produce clearer images in much less time.

A generative AI model creates complete viral genomes that function in the laboratory and may help develop new ways to treat antibiotic-resistant infections.

Holographic methods based on acoustic holograms could revolutionize 3D printing and its applications in many industries.

New microchip brings advanced future-proof security to power-limited implants and sensors while using far less energy than previous designs.

A new 3D printable, biocooperative material made from a person's own blood can help the body heal from injuries or diseases.

New Stanford technique uses sound waves to activate light-emitting particles anywhere in the body without surgery or implants.

Doctors at have performed the world's first double lung transplant using the da Vinci Xi robotic surgery system. 

A new method reduces prediction sets by up to 30 percent, helping clinicians diagnose diseases from medical images more efficiently.

New framework helps artificial intelligence systems admit uncertainty and work as collaborative coaches rather than authoritative oracles.