Collaborate Disseminate
If you’ve ever piloted a drone, you’ll know that utilizing a joystick-style controller takes some getting used to. MIT scientists have developed what they claim is a more intuitive control system, that reads the operator’s muscle signals.Continue Readi… Continue reading MIT tech uses muscle signals to control a drone
An international team of scientists is reporting success with one of the most advanced bionic arms ever made. The system is integrated into the patient’s nerves, allowing them to control the prosthesis just by thinking about it, the way you would with … Continue reading Mind-controlled prosthetic arms “feel” like the real thing
When it comes to safer, less painful, slow-release alternatives to the hypodermic injection of medications, “microneedle patches” show a lot of promise. Now, MIT scientists have adapted the technology for use on plants.Continue ReadingCategory: Science… Continue reading MIT’s new microneedle patch is made just for plants
Although we’ve recently seen a number of “electronic skin” sensor patches that monitor the wearer’s vital signs, the things do have their drawbacks. Scientists at MIT have therefore developed what may be a better alternative, in the form of a vitals-mo… Continue reading MIT’s electronic shirt tracks wearers’ vitals
When it’s working properly, the immune system is a powerful ally to keep us healthy – but when it turns against us, the results can be devastating. A “cytokine storm” is a dangerous kind of immune overreaction that can be triggered by infection or othe… Continue reading Engineered proteins calm “cytokine storms” caused by severe infections
Ventilators are key in the treating the most dire cases of coronavirus. The exponential growth of infections, and the number of patients in respiratory distress, has outpaced the number of available ventilators. In times of crisis, everyone looks for ways they can help, and one of the ways the hardware …read more
Continue reading What Does a Dependable Open Source Ventilator Look Like?
Imagine touching the armrest of your sofa to change the channel on your television, or pressing against a lightbulb stencil on the wall to turn on your smart light – these functions and many more like them are now possible thanks to research from a tea… Continue reading Sprayable sensors make any surface interactive
When you put a human driver behind the wheel, they will use primarily their eyes to navigate. Both to stay on the road and to use any navigation aids, such as maps and digital navigation assistants. For self-driving cars, tackling the latter is relatively easy, as the system would use …read more
Continue reading Navigating Self-Driving Cars By Looking At What’s Underneath The Road
Most often, humans and robots do not have to work directly together, instead working on different parts in a production pipeline or with the robot performing tasks instead of a human. In such cases any human-robot interaction (HRI) will be superficial. Yet what if humans and robots have to work …read more
Early detection is key when it comes boosting survival rates for cancer patients, and there are a lot of ways scientists are working to swing the odds in their favor. Urine tests that pick up biomarkers of the disease are one exciting possibility, and … Continue reading MIT’s urine test for lung cancer could cut out unnecessary biopsies