University of Wisconsin

Although we've already heard how electrical stimulation can help speed the healing of wounds, electrical devices themselves often can't be implanted in soft tissue. That could soon change, though, thanks to the development of a "piezoelectric wafer."

Because different polymers have different qualities, multiple types will often be layered together in products such as food packaging. And while such multilayer plastics are currently non-recyclable, a new technique may change that.

Thanks to a newfound understanding of the way insulin secretion is triggered in pancreatic cells, scientists at the University of Wisconsin (UW)-Madison have uncovered an exciting new pathway in the treatment of type 2 diabetes.

An international team of scientists has created a new type of solar flow battery that’s efficient and long-lasting. The device is made up of a silicon/perovskite tandem solar cell, paired with a redox flow battery, with organic chemical electrolytes.

A new study looking at nearly four decades of data has shown that in almost every part of the world where hurricanes form, their strongest winds are getting even stronger, with global warming thought to be a key contributing factor.

Engineers at the University of Wisconsin-Madison (UW) have been investigating ways of nursing concussed brain cells back to healthy function, and have found that cooling them can protect them from damage and allow them to operate as normal.

University of Wisconson, Madison researchers have found a kind of "consciousness switch" in a specific area of the brain. When they hit this spot with electrical stimulation, monkeys immediately woke up from an anesthetized state.

Researchers from the University of Wisconsin have published a new study describing a relationship between regular aerobic exercise and improved cognitive function, leading to a reduced vulnerability to Alzheimer’s among high-risk adults.

The best way to fight off cancer might be to strengthen the body’s immune system to help identify and kill tumors. This is known as immunotherapy. Now researchers have developed artificial nanoparticles that should be cheaper and easier to produce.

Although conditions such as epilepsy can be treated via nerve-stimulating electrodes, those electrodes are stiff, costly and require surgery to implant. Scientists have now created an alternative, however, in the form of soft, injectable electrodes.

A prototype har-growth-stimulating device is self-powered and unobtrusive enough to hypothetically fit under a baseball cap.

Scientists are working on a new process to produce a pair of radioisotopes of the element scandium (Sc).