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In a groundbreaking breakthrough poised to redefine the landscape of sensor technology, researchers have unveiled a novel bionic distributed multimodal flexible sensor designed spe...
A biodegradable ionic hydrogel battery modeled on electric eel organs powers a nerve conduit that accelerates peripheral nerve regeneration without external energy.
Living robots now have nervous systems, letting them control movement and change behavior, pointing to a future where biology becomes programmable. Scientists at the Wyss Institute...
MIT researchers created a biohybrid system that turns living muscle into a computer-controlled...
A 3D bio-hybrid device uses a microscopic metal mesh to grow and "program" living brain cells for computation.
In a groundbreaking development at the intersection of biology and robotics, researchers from The University of Osaka, in collaboration with Diponegoro University, have unveiled an...
Epia Neuro’s brain-computer interface will include a motorized glove to help stroke patients recover movement in their hand.
In a groundbreaking convergence of neuroscience and robotics, researchers from the Keck School of Medicine of USC, the University of California, Irvine (UCI), and the California In...
Источник: Компьютерра - Журнал о науке и технологиях Всероссийский форум реабилитационных технологий «Интеграция» в этом году стал не просто выставкой достижений протезной индустр...
The technology harnesses the brain's own blood chemistry to assemble soft, light-controlled electrodes around neurons. The post Scientists Grow Electronics Inside the Brains of Liv...
Мозговые компьютерные интерфейсы всё чаще применяются для восстановления утраченных функций. Парализованный 69-летний психолог-исследователь Гален Бакволтер (Galen Buckwalter) испо...
A pea-sized liquid-metal pump enabling ultra-low-voltage soft robots with butterfly wings, wearable haptics, and adaptive motion, potentially transforming compact robotics, biomedi...
Neurobots—xenobots with neurons—show self-organized nervous systems and enhanced behaviors, revealing new insights into how biology builds functional structures. In 2020, researche...
Princeton researchers built a bio-hybrid computing device that merges living brain cells with electronics to create energy-efficient neural networks.
New MIT work advances the growing field of ionotronics, in which data are transferred through ions, potentially providing a bridge between electronics and biological tissue.
Xenobots are AI-designed living robots made from frog stem cells with potential to transform drug delivery, tissue repair, and disability-related medicine
A 3D network of living neurons and electronics can recognize electrical patterns and may help researchers study both brain function and low-energy computing. Princeton researchers...
In the relentless pursuit of seamless human-machine interfaces and wearable electronics, the critical challenge of mechanical mismatch at the interface between flexible devices and...
Can we "hotwire" the brain to fix neurological disorders? Researchers have unveiled LinCx, a technology that creates biological electrical "bypasses" between neurons. By engineerin...
Electrofluidic fibers mimic how natural muscle fibers bundle, and could enable compact, silent robotic and prosthetic systems.
When a person loses a limb, a prosthesis often can help restore a significant degree of mobility. But when movement or communication is impaired by a neurological condition such as...
A robotic hand with grip control, tactile sensing, and hybrid actuation aims to improve humanoid robots’ object handling and performance in changing environments. Xynova has unveil...
Supported movement has never felt more natural.
What if materials could move like living tissue? A new 3D printing method programs filaments to bend, twist, and act on command. Harvard University researchers have developed a ne...
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