Chemistry

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

Aperiodic order is back in the spotlight. A team at the Institute of Industrial Science, The University of Tokyo has...

Automotive paint sludge—laden with volatile organic compounds (VOCs)—can release hazardous chemicals into the air during storage and disposal. A new...

As demand for sustainable, low‑carbon energy rises, researchers are questioning whether today’s dominant harvesting technologies can meet the needs of...

Dynamic nanopores in metal-organic frameworks (MOFs) are emerging as powerful tools for separating molecules that look almost identical—down to tiny...

At last, astronomers have obtained strong, direct evidence that Betelgeuse—the iconic red supergiant in Orion—is accompanied by a faint stellar...

Straintronics is turning mechanical deformation into a switch for controlling the optical and electronic behavior of advanced layered materials. By...

Clean-energy momentum is driving an intense effort to squeeze more electricity from the sunlight that reaches solar panels. One promising...

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

Wearable biosensors are getting better at reading our bodies, but one problem keeps sabotaging real-world accuracy: staying in place. Skin...

It may sound like science fiction: an experiment named NEMESIS operating deep underground, waiting to reveal the universe’s hidden schemes....

A team of chemists has unveiled a light-driven way to move nitrogen fragments onto gold—an advance that could make nitrene-transfer...

Cobalt-free, high-nickel cathode batteries are moving fast toward commercial scale because they can improve driving range while reducing dependence on...

Nanocarbons are poised to become the quiet workhorses of next-generation materials, from gas storage to ultra-low-power electronics. Yet for years,...

Optica has announced the winners of its 2026 Optica i4 Prize, spotlighting leadership that accelerates progress across the optics and...

A surge in big-data and quantum-device development is pushing materials toward the atomic scale, where conventional magnetism often fails. One...

Researchers at Hebrew University report a simple chemical link that could help explain how early Earth chemistry transitioned toward cell-like...

Self-propelled “active” particles—microscopic objects that move by internally generating motion—have long challenged the classical picture of thermodynamics. A new study...

International quantum simulations are giving a rare, full-resolution view of how a hydrated proton moves through water. Led by researchers...

Subject of Research: Not applicable Article Title: Adaptive Cu Reconstruction in Heterostructure Drives High-Rate Nitrate-to-Ammonia Conversion News Publication Date: 13-Jul-2026...