One hundred years ago, it was easy to tell when something was a machine. Machines were “hard and clanky, metallic, and pretty heavy,” as developmental biologist Michael Levin tells Inverse. But lately ...

Hexbug Nano v2 microbots use vibrations to propel themselves forward. By connecting several of these toys with an elastic silicon rubber chain, the resulting structure is "elastoactive." This means ...

Chronic pain conditions, long-lasting medical conditions characterized by persistent pain in specific areas of the body, are often difficult to diagnose and treat. Understanding the biological markers ...

In 2020, a new lifeform arrived on Earth. More specifically, it arrived in a lab — the Levin Laboratory at Tufts University in Massachusetts. As alien species go, these were no little green men or any ...

With the help of the Canadian Light Source (CLS) at the University of Saskatchewan, researchers from McGill University are trying to unlock the full potential of tiny biological machines that can have ...

Rehovot, Israel — A group of scientists headed by Prof. Ehud Shapiro at the Weizmann Institute of Science has used biological molecules to create a tiny computer – a programmable two-state, two-symbol ...

Michel Maharbiz’s novel interfaces between machines and living systems could give rise to a new generation of cyborg devices. A giant flower beetle flies about, veering up and down, left and right.

'Hexbug Nano v2' microbots use vibrations to propel themselves forward. By connecting several of these toys with an elastic silicon rubber chain, the resulting structure is 'elastoactive'. This means ...