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Smartphone Add-On Shocks Muscles For Realistic Force Feedback
When delivered through a vibrating motor in a controller or smartphone, force feedback isn’t particularly realistic. So researchers at Germany’s Hasso Plattner Institute have developed a new system for smartphones that uses electrical muscle stimulation to physically move the player’s hands and forearms in response to the action happening on screen.
Does A Speaker Made From Artificial Rubber Muscles Get Louder With Exercise?
A Japanese company called Tokai Rubber Industries has created what it’s claiming to be the world’s first all rubber speaker. But it’s not made from the exact same material as the tires on your car. This is a smart rubber that could one day lead to artificial muscle technology.
Scientists Discover Velcro Makes Lab-Grown Muscle Stronger
Scientists Genetically Engineer Mice With Super Endurance
Microsoft EMG Would Let Users Strong-Arm Gadgets Into Submission
Mind control is one way to control tomorrow’s gadgets, but Microsoft is at work on something simpler but no less effective (comparatively speaking): Controllers that involve nothing but the electrical impulses that take place everyday in our muscle tissue.
These Carbon Nanotube Muscles Are 30 Times Stronger Than Human Muscles
These next gen carbon nanotube muscles have “diamond-like” stiffness side to side, but are as flexible as rubber when moved perpendicularly. When voltage is applied to the structures, they contract with a pulling force 30 times the force per unit of human muscles.



























