Teacher Insights: Know about how to choose the best MPPSC coaching institute  |  National Edu News: Swinburne University of Technology & IIT H launch the joint doctoral program  |  Policy Indications: India & Japan collaborations for innovations on Hydrogen based technologies  |  National Edu News: Education Minister addresses at the Annual Convocation of IIM Rohtak  |  Education Information: UPSC postpones tests and Interviews of some examinations  |  National Edu News: Piyush Goyal launches the Startup India Seed Fund Scheme  |  Teacher Insights: Are you Proficient in English?  |  National Edu News: National climate vulnerability assessment sees 8 states as highly vulnerable  |  National Edu News: Education minister e-launches long-lasting hygiene product DuroKea Series  |  National Edu News: Punjab’s new nutrient rich crop varieties can satisfy India's nutritional needs   |  Guest Column: Delicious Dhabas  |  International Edu News: 2D Perovskites for Solar Cells and LEDS  |  International Edu News: AI Model for Predicting Tsunami  |  International Edu News: Wearable Sweat Sensors on a Bandage  |  International Edu News: Smallest High Resolution Microscope  |  
November 29, 2019 Friday 11:09:00 AM IST

Soft robot with neurologic capabilities

Science Innovations

In work that combines a deep understanding of the biology of soft-bodied animals such as earthworms with advances in materials and electronic technologies, researchers from US and China have developed a robotic device containing a stretchable transistor that allows neurological function, at University of Houston. The work represents a significant step towards the development of prosthetics that could directly connect with the peripheral nerves in biological tissues, offering neurological function to artificial limbs, as well as towards advances in soft neurorobots capable of thinking and making judgments.

The soft neurorobot was equipped with a neurologically integrated tactile sensory skin, allowing it to sense the interaction with the external environment and respond accordingly.

The findings have implications for neuroprosthetics, as well as for neuromorphic computing, an emerging technology with the potential to allow high volume information processing using small amounts of energy through devices that mimic the electric behaviour of neural networks. 


Comments