robotics
Next-Generation Exoskeletons Help Patients Move
Next-Generation Exoskeletons Help Patients Move
Karen Weintraub | Feb 1, 2018
A robot’s gentle nudge could add just the right amount of force to improve walking for patients with mobility-impairing ailments such as Parkinson’s disease, multiple sclerosis, and stroke.
 
Cargo-Sorting DNA Robots
Cargo-Sorting DNA Robots
Ruth Williams | Sep 14, 2017
Autonomous molecules that collect, carry, and sort different genetic packages usher in a new era for nucleic-acid robotics. 
Robotic Orthotics Aid Gait in Kids with Cerebral Palsy
Robotic Orthotics Aid Gait in Kids with Cerebral Palsy
Aggie Mika | Aug 24, 2017
The wearable technology, akin to motorized leg braces, help children with physical disabilities extend their knees as they walk. 
Image of the Day: Amoebot
Image of the Day: Amoebot
The Scientist Staff | Mar 2, 2017
Scientists create an amoeba-inspired robotic cell, with photo-responsive DNA that allows it to move when exposed to light.
Image of the Day: Bat Bot
Image of the Day: Bat Bot
The Scientist Staff | Feb 2, 2017
Scientists build a robot with flexible, bat-like wings that can mimic the flight patterns of live bats.
Wired Flower
Wired Flower
Karen Zusi | Nov 24, 2015
Researchers use a conducting polymer to construct circuits inside plant cuttings in a proof-of-concept study.
Similar Strokes
Similar Strokes
Jenny Rood | Apr 29, 2015
Physics drove the convergent evolution of swimming in 22 unrelated marine species, a study suggests.
Collective Robot Behavior
Collective Robot Behavior
Jef Akst | Aug 18, 2014
A swarm of more than 1,000 small, puck-shaped robots can assemble into diverse patterns.
Week in Review: June 16–20
Week in Review: June 16–20
Tracy Vence | Jun 20, 2014
Early Neanderthal evolution; developing antivirals to combat polio; the mouth and skin microbiomes; insect-inspired, flight-stabilizing sensors
Insect-Inspired Sensors Improve Tiny Robot’s Flight
Insect-Inspired Sensors Improve Tiny Robot’s Flight
Rina Shaikh-Lesko | Jun 18, 2014
Microroboticists have designed simple sensors based on insect light organs called ocelli to stabilize a miniature flying robot.