Engineers At Stanford University Develop A Millimeter-Sized Wirelessly Powered Cardiac Device
Stanford engineers have crafted an incredibly small, wirelessly powered cardiac device that could help lead to smaller medical implants.
Using Energy From The Heart To Charge Medical Devices
Scientists from Dartmouth University have come up with a new way to recharge medical devices -- using power directly pulled from the human heart.
Creating ‘Green’ Electronic Polymer-Based Films
Scientists from the University of Massachusetts Amherst have designed a new type of electronic materials that can create environmentally friendly biomedical and environmental sensors.
Mass-Producing Cell-Sized Robots
MIT scientists have invented microscopic robots the size of a single cell that could potentially be mass-produced.
Creating a Self-Powered Organic Sensor
Scientists from RIKEN have developed a user-friendly organic sensor that is ultra-flexible and solar powered.
Shape-Shifting Material Uses Light & Heat To Change Form
Scientists from CU Boulder have designed a new material capable of transforming into a variety of complex shapes using light and temperature stimuli.
Designing New Soft Bioelectronic Mesh
Scientists from the Center for Nanoparticle Research have developed a new type of soft bioelectronic mesh.
Engineering a Smarter Wristband for Monitoring Personal Health
Engineers from Rutgers University-New Brunswick have designed a new type of smart wristband capable of monitoring both personal health and environmental markers.
Superconductive Skin to Provide Robots with a Sense of Touch
Scientists have engineered a new type of artificial skin that allows robots to 'feel' changes in temperature.
Engineers Receive Grant to Further Develop an Implantable System that will Detect Lung Cancer
Scientists are hard at work on an implantable system that could help to detect lung cancer.