Non-reciprocal interactions between particles enable the regulation of dynamic states. Most systems, whether companies, ...

For ages, Earth has been known as a blue planet, a vision largely shaped by the vast oceans that cover three-quarters of its ...

Tiny flashes of light from your cells may transform our understanding of mental health. The science of biophotons reveals a ...

Since plants need a lot of sugar to prepare their food, people assume that adding sugar to the plant water might be good for ...

Ambient Photonics is advancing dye-sensitized solar cell technology, allowing it to produce power even in low light while ...

Berkeley Lab scientists have created a novel device that mimics photosynthesis, converting CO2 into valuable C2 chemicals ...

Plants eat sunlight and air to make life. But the key enzyme behind it all, called rubisco, isn’t actually all that great at its job. Let’s talk about how photo ...

A study uncovers intricate details about protein function at the molecular level. The discovery could transform disease diagnostics and treatment.

Known as CPMAC, the molecule's inclusion in perovskite solar cells delivers a power conversion efficiency of 26%.

A U of A engineering researcher is using sunlight and semiconductor catalysts to produce hydrogen by splitting apart water ...

The basic technology behind Ambient Photonics's solar cells is so simple that it's routinely assembled as a high school science experiment. In labs across the U.S., students sandwich blackberries' ...

Ambient Photonics is deploying technology to power what its CEO calls the “vast universe” of low-power electronics.