As neural implant technology and A.I. advance at breakneck speeds, do we need a new set of rights to protect our most ...

The first, obviously, was making functional electronic devices smaller than cells that can circulate in our blood. “Previous ...

Ionic defects are present in every frost sheet. Jonathan Boreyko’s team at Virginia Tech has used a high-voltage technique to ...

Mechanical strength and processability of biocompatible polysulfone (PSU) make material suitable for molding intricate components for pacemaker headers.

As humans, we tend to consider our emotional states as a direct response to the experiences of our lives. Traffic may make us ...

Major battery breakthroughs seemingly happen every day, but only some of that tech ever leaves the lab; here's what’s is ...

Researchers report a lithium aluminum alloy breakthrough that speeds ion movement and boosts solid state battery durability.

Five years after he promised the 4680 cells would be the most advanced in the world, Musk admits that the dry battery ...

If you have a brain, and if you know others who do, then you know there’s a catastrophic catalogue of ways that our skull-socket electro-fat computers can disappoint their owners. From memory-loss to ...

Danger not limited to electrodes •    Protective layer itself affected by dendrite growth •    New findings aid in search for alternative materials Dendrites are considered the most dangerous ...

Scientists developed a wireless brain implant smaller than a grain of sand that recorded neural activity in mice for 365 days ...