How to Roll a Joint Perfectly, according to Science
Scientists used a smoking machine—complete with a 3-D-printed mouthpiece—to figure out how to get the most cannabinoid per puff.
How to Roll a Joint Perfectly, according to Science
Scientists used a smoking machine—complete with a 3-D-printed mouthpiece—to figure out how to get the most cannabinoid per puff.
Shape-Shifting, Self-Healing Machines Are Among Us
Electronics that can bend, stretch and repair themselves could potentially work in applications ranging from tougher robots to smart clothes
The In-Credible Robot Priest and the Limits of Robot Workers
Some jobs just need the human touch to work, even with automated assistance
Robotic Bees Could Support Vertical Farms Today and Astronauts Tomorrow
The buzzy industry of robotic pollinators is setting its sights on indoor farms for urban—and extraterrestrial—environments
New Robot Hand Works by Feel, Not Sight
These simple sensors let a robot function by touch alone, allowing it to manipulate objects from a soup can to a rubber duck
Soft ‘Electronic Skin’ Mimics Our Sense of Touch
A flexible, conductive membrane that can pass sensory information to the brain and muscles is a step towards artificial skin
Bizarre Material Combines the Best Traits of Gel and Metal
A new material was used in a simple snail robot, but it could one day make artificial nervous systems for more complex machines
Soft Robots Take Steps toward Independence
Squishy robots can now heal themselves and grow as they explore
Transforming Robots Help to Transfer Skills
How do you teach a new robot old tricks?
Drones Sample Rare Specimens from Cliffs and Other Dangerous Places
Flying robots help researchers identify and protect threatened plants and other species in places that are inaccessible to humans
People Come to Grips with Having an Extra Pair of Arms—in VR
New experiments show simulated robotic limbs can feel like a part of our own body with a little practice
Electronic Skin Lets Humans Feel What Robots Do—And Vice Versa
An integration of soft materials, sensors and flexible electronics is bringing robotic “skin” closer than ever to reality