Exoskeletons, robotic boots faster than human response are being studied
Progress in the creation of robotic boots, exoskeletons for lower limbs that improve human balance.
Progress in the creation of robotic boots, exoskeletons for lower limbs that improve human balance.
They help lift loads, monitor movements and posture, improve safety: the new exoskeletons are increasingly "human-friendly".
They have become ever faster and more precise, and with this new Harvard development, exoskeletons are rapidly spreading.
Until now, wearable robotics (exoskeletons and other ancillary devices) were only manual. Now we are studying how to make it autonomous.
“Give me one of these things and I'll lift your world!”
Exploring nature with more strength and resistance, without weights and resistance: it is the new frontier in the world of excursions.
A hydrogel enhanced with gold nanoparticles could aid in muscle regeneration after serious injuries or injuries
From a personal project to help his paralyzed daughter, Bodo Hoenen launches Nolej, an edtech startup that uses AI to teach anything efficiently.
Japan sees a decline of 800.000 residents in one year, despite a 10% increase in foreign residents. The demographic crisis accelerates.
According to an unusual recent study, in the not too distant future we may have cyborg arms to share with others.
The gadget for outdoor enthusiasts that "enhances" outdoor activities and excursions gets full funding on Kickstarter
From science fiction to reality is a moment, but it could already be late: here are 5 technological trends that could threaten our future
A special boot-shaped exoskeleton has achieved the best results in strength and durability, bringing this technology closer to popular diffusion.
Desperate for help at work, the increasingly elderly Japanese are now aiming for the “soft” alternative to the exoskeleton: an 'assistive' suit… obviously with a robotic flavor.
Ayoub Ahmad is the designer responsible for the creation of HV-001, the most innovative and dynamic 3D printed supercar of recent years.
A totally different approach to that of brain implants at Neuralink. Laboratory tests are encouraging: next step, animal testing.
An exoskeleton developed by Stanford University increases walking speed by 40%. It could make seniors quicker than healthy youngsters.
Telekinesis has advanced from the CIA's mystical research programs, and is now possible in many respects, thanks to technology.
Until we find a way to get along, with wars men will find more and more effective ways of killing each other. Here is the possible, terrible future.
A chair for standing: the consecration of the wearable exoskeleton, useful for many working categories, is also on stage at CES2021
Robotics and neuroscience are made to meet: if the brain considers the machine an extension of the physical body, the possibilities will be endless.