university of north carolina at chapel hill

PL emission mapping of MA0.17FA0.83Pb(I0.5Br0.5)3 at the detection wavelength of 670 nm and 790 nm after local illumination for 1 h with a beam size of ~ 1 mm and density of 1 sun on the bare film, and over an annular aperture with a 1 mm diameter pinhole and a center obstruction target of 850 µm, respectively. CREDIT by Xiaoxiao Sun, Yong Zhang, Weikun Ge

The possibility of a battery that can be directly charged by light

Curbing COVID-19 spread with a low-cost and safe specific UV light wavelength

This 3D printed vaccine patch gets a 10 times greater immune response than vaccine delivered into an arm muscle with a needle jab

An option for affordable non-hormonal female contraception gains momentum

New study shows that benefits outweigh risks for autonomous vehicles if they are well regulated

Could illness and mortality be predicted by your immune system “clock”

A promising clinical treatment for Crohn’s Disease and Ulcerative Colitis using “good” bacteria

A non-invasive way to detect skin disorders

New assessment: Recognizing Covid-19 is predominantly spread through air would save lives

A successful Zika virus vaccine

Robotic systems packed with muscle tissue can produce never-seen-before agility and versatility

Could swine coronavirus spread to humans?

Treating rheumatoid arthritis with light to reduce drug effects

An injectable multi-drug delivery system for HIV that is removable, biodegradable and effective for up to a year

Overcoming antibiotic resistance in Staph infections has a potent new weapon