A young sunlike star called HOPS 315 seems to host a swirling disk of gas giving rise to minerals that kick-start the planet formation process.

The solar industry has always moved in waves – periods of steady progress punctuated by sudden leaps in technology. While it ...

This breakthrough has led to a record power conversion efficiency (PCE) of 23.4% and has slashed current loss to a mere 1.67 mA cm⁻². The enhanced solar cells also demonstrated remarkable stability, ...

It is possible to make a material emit more radiation than it absorbs, violating the laws of physics in a way that could make ...

U.S. startup Sofab Inks has launched tin oxide and nickel oxide products for use as perovskite solar cell transport layers to enable greater stability, efficiency, and scalability compared to ...

Bifacial perovskite solar cells (PSCs) require micron-thick perovskite layers to compensate for optical loss from transparent electrodes, but high defect densities limit efficiency. Here, we introduce ...

Chemically modifiable self-assembled monolayer (SAM)-based hole transport layers are crucial for achieving high-efficiency inverted perovskite solar cells (PSCs). However, designing molecular ...

A team of researchers has discovered that tiny, ever-changing structures inside cutting-edge solar cell materials could be the key to making solar panels more efficient and longer-lasting. The ...

A new tool called PHOTON, developed by scientists at UT Southwestern Medical Center, can identify RNA molecules at their native locations within cells—providing valuable clues to where different ...

International researchers led by KAUST have developed a new cooling technology that improves the power and longevity of solar cells.

To assess ion migration-induced degradation modes via accelerated ageing of perovskite solar cells, an international research team investiagted using electric forward bias and dark storage approach.