Stanford engineers developed an implantable device to stimulate nerves in mice. It’s a internal remote-controlled LED chip that can make a mouse walk in circles, by using light to activate motor neurons in the animal’s brain, or peripheral nerves throughout its body. The technology is powered wirelessly using the mouse’s own body to transfer energy.
Neil Harbisson is an artist who sees everything in grayscale due to a condition called achromatopsia or total color blindness. He may not see the range of shades but he hears them in vivid colors, thanks to an antenna implanted in his skull.
“I’ve been a cyborg for 10 years now. I don’t feel like I’m using technology, or wearing technology. I feel like I am technology. I don’t think of my antenna as a device – it’s a body part”.
As proved by Imogen Heap’s music gloves that turn gestures into music, gloves are a very convenient choice clothing for wearable technology. If you are interested in this technology, Francesca Barchiesi’s concept, Hand-Tech, might pique your curiosity. Armed with nano-sized devices woven in its fabric, this glove allows the user to translate hand gestures into images, audio or other forms of information.
Bioprinting is already used in experimental medical applications, but it could probably also be employed in the meat-industry. Cultivator, by German Interaction Design students Sarah Mautsch and Aaron Abentheuer, is a speculative design project on how this technology could find its way into the kitchen of the future.
Our cells are not that different from a car engine: they depend on carbon-based fuels for energy. But using carbon for energy is an inefficient process. This is what the biotech startup BiPlastiq seeks to resolve, using solar energy instead of carbon and oxygen, by hacking our cells.
The founder of BiPlastiq, Christopher Powell believes that by hacking our mitochondrial structures to use solar energy, the power output of our bodies might increase dramatically. This upgrade could arguably transform human bodies into regenerative machines and extend human lives by decades.
Dressed in a full-length read coat, the humanoid robot Yangyang can function autonomously, talking and gesturing while interacting with people. Thanks to a number of tiny motors beneath her rubbery skin, she can display a wide range of facial expressions, move the head and raise the hands as a sign of greeting.
The Green Brain Project aims to create drones that will think, act and sense like a bee. In order to do this, the team of researchers from the University of Sheffield and University of Sussex in England is now working on recreating the brain structure of the European honeybee Apis mellifera.