Hackaday Prize 2023: Finger Tracking Via Muscle Sensors

Whether you want to build a computer interface device, or control a prosthetic hand, having some idea of a user’s finger movements can be useful. The OpenMuscle finger tracking sensor …read more Continue reading Hackaday Prize 2023: Finger Tracking Via Muscle Sensors

Biohybrid Implant Patches Broken Nerves with Stem Cells

A clear flexible PCB with a number of gold electrodes on one end. It is wrapped over a black cable to demonstrate its flexibility. A set of dashed white lines goes from one end to a zoomed in image of the circuit structure inset in the top right of the image.

Neural interfaces have made great strides in recent years, but still suffer from poor longevity and resolution. Researchers at the University of Cambridge have developed a biohybrid implant to improve …read more Continue reading Biohybrid Implant Patches Broken Nerves with Stem Cells

Human stem cells used to create new type of biohybrid neural implant

Researchers at the University of Cambridge have developed a new type of neural implant that combines stem cells with electronics and has the potential to help amputees or those who’ve lost the use of their limbs.Continue ReadingCategory: Medical, Scien… Continue reading Human stem cells used to create new type of biohybrid neural implant

Skull Lamp Illuminates the Cyberpunk Future

A prosthetic eye anodized green around the edges with a yellow and blue "iris" surrounding an LED center.

Cyberpunk is full of characters with cool body mods, and [bsmachinist] has made a prosthetic eye flashlight (TikTok) that is both useful and looks futuristic. [via Reddit] [bsmachinist] has been …read more Continue reading Skull Lamp Illuminates the Cyberpunk Future

Hackaday Links: October 23, 2022

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There were strange doings this week as Dallas-Forth Worth Airport in Texas experienced two consecutive days of GPS outages. The problem first cropped up on the 17th, as the Federal …read more Continue reading Hackaday Links: October 23, 2022

Magnets Could Give Prosthetic Control a Leg Up

Tiny ball magnets implanted in muscles could provide much better control over prosthetics.

Today, prostheses and exoskeletons are controlled using electromyography. In other words, by recording the electrical activity in muscles as they contract. It’s neither intuitive nor human-like, and it really only …read more Continue reading Magnets Could Give Prosthetic Control a Leg Up