The future of robotics may not include printed circuit boards, metal frames and microchips, but instead, the term “robot” may need to be adapted to include semi-living biological creations which are not manufactured on a production line, but instead grown and evolved in labs and incu…
This application presents how to create a shear wave tensiometer that can track tendon forces inside the body during dynamic activities, using a Raspberry Pi 4B and MCC 172 IEPE.
As a follow-up to our previous article "Future Robot Technology", we are excited to see that researchers at Harvard University have unveiled a true bio-mechanical creation, a robotic stingray that reacts to light.
