A new nanocomposite design could help turn everyday motion into usable electrical power, offering a promising route toward self-powered wearable...

A new class of soft, flexible sensor could change how scientists record the electrical activity of living cells and tissues....

Combining renewable electricity with electrochemical water splitting offers a promising route for green hydrogen production, yet the sluggish oxygen evolution...

Recently, a joint research team from North Minzu University, Xiamen University and Tsinghua University has made progress in the synthesis...

Solar-driven water splitting with semiconductor particulates offers a sustainable pathway for hydrogen production1,2. Two-dimensional (2D) π-conjugated polymers have emerged as...

Spatial photonic crystals (SPCs) are unique structures for light–matter interactions because they achieve a large and spatially periodic dielectric contrast...

Breathing clean air depends on filters that do more than trap particles—they must hold them. In many conventional systems, captured...

A new type of fire-safe coating is turning to nature for inspiration, using a skin-like design to overcome a major...

Controlling where light goes inside tiny optical platforms is a central challenge for next-generation photonic integrated circuits and highly localized...

A team led by researchers including F. Javid, S. Babaee, and J. Quigley reports a new way to keep medicines...