Exciting work at Harvard just demonstrated a nearly order of magnitude drop in human interface impedance using hydrogels as electrodes. https://t.co/C7xKuVg0qW
We've published two papers in @FrontBioeng on the potential to use magnetic bead implants for controlling wearable robots. Here's a video showing what we've learned so far (enjoy the cameo): https://t.co/KUhfJ8K8dg @MIT@medialab@BrownUniversity@harvardmed
Super excited to have our paper Magnetomicrometry (MM) published in @SciRobotics today. MM allows real-time wireless muscle sensing, and has potential applications in biomechanics and prosthetic control. Really looking forward to the future of this work. https://t.co/vcKeC1KBK5
In @SciRobotics, researchers from the Biomechatronics group describe magnetomicrometry, which uses magnetic beads to track tissue strains in real time and could provide natural, reliable control of prostheses, exoskeletons, and stimulated muscles. https://t.co/1tmjjFNLf3