The world's first biological computers are here—but are cities ready for living data centers? Simon Marvin explores this in a ...

Brain organoid biocomputers are now commercially available. Here's how living human neurons are being wired to silicon chips ...

JMIR Publications today released a feature story on the emerging field of biocomputing in its News and Perspectives section. Authored by science journalist Simon Spichak, MSc, "Biocomputing: Beyond ...

Neuromorphic engineering: Johns Hopkins professor and expert source Thomas Hartung, MD, Ph.D. believes biocomputing technology could potentially be used as a stepping stone for the development of ...

Artist’s rendering of a biocomputing device that combines biological neurons with advanced electronics into a network that can be programmed to recognize patterns. Credit: Kate Zvorykina/Ella Maru ...

The device combines living brain cells and advanced electronics into a 3D network to use for computing.Kate Zvorykina/Ella Maru Studio Researchers at Princeton University have developed a hybrid ...

Artist's rendering of a biocomputing device that combines biological neurons with advanced electronics into a network that can be programmed to recognize patterns.Kate Zvorykina/Ella Maru Studio, Inc.

PhD. Comms. Data. Futurism. Strategy. Usually, when discussing biocomputing there are two paradigms: Molecular biocomputing: uses DNA and related molecules for storage, search, and chemical logic.

Summary: Researchers have bridged the gap between biology and silicon by creating a 3D programmable device that merges living brain cells with advanced electronics. Unlike previous “brain-on-a-chip” ...

Princeton researchers have combined brain cells and advanced electronics into a single 3D device that can be programmed to recognize patterns using computational techniques. Past attempts at using ...