Brain cells and chemical signals could hold the missing piece of memory that today's silicon computers cannot reproduce ...

Researchers use tightly focused laser beams to image biological samples, shape materials with microscopic precision and ...

MIT researchers have built a biological circuit using five engineered bacterial strains that can process information and ...

MIT researchers have engineered bacteria that function like transistors, creating living circuits capable of chemical ...

Under fluorescent light, the device looks less like a computer than a tiny constellation of dots. The specks are actually ...

The administration's biodefense team has dwindled, and its new safeguards have been delayed — all amid growing concern over AI-enabled pathogens.

For most of computing history, information has moved through wires, as electrons pushed along a circuit by voltage.

These technologies are moving from labs and pilot programs into daily life, from smart windows to medical devices and test ...

Rui, a Yale-trained molecular biochemist, assistant professor of neurosurgery, and founding director of Music-in-Medicine at ...

Artificial intelligence has designed viruses that can infect bacteria and reproduce—a first that shows AI is beginning to do more than analyze the genetic code of living things. It can write new ...

Bill Gates sees a turbulent AI transition ahead. Rob Enderle considers the risks of increasingly autonomous systems and what ...