Using a robot to disrupt the gait cycle of participants, researchers discovered that feedforward mechanisms controlled by the cerebellum and feedback mechanisms controlled at the spinal level determin

Researchers have developed an octopus-inspired robot can grip, move, and manipulate a wide range of objects. Credit: Elias Knubben, ZhexinXie, August Domel, and Li Wen

The Harvard Deep Sea Robotics Group all contributed to the ultra-soft gripper project. From left to right: Moritz Graule, Clark Teeple, Rob Wood, Nina Sinatra, David Gruber, Daniel Vogt, and Kaitlyn B

The researchers assembled three distinct DNA nanostructures, including a C-shaped and two barrel-like structures, and showed by Transmission Electron Microscopy that they were protected by their combi

A collaborative research team, including Wyss Institute Core Faculty member Joanna Aizenberg, has developed a self-regulated adaptive material that controls light and have potential for all-optical co