In a two-step process, a new catalyst can convert methane into polymers at ordinary temperature and pressure.

Dehydrolactone (middle panel) in a polypeptide undergoes an intermolecular rearrangement to generate a ketide with a new carbon-carbon bond in the backbone. The researchers installed dehydrolactone in ...

An international study led by the University of Freiburg, published in Global Change Biology, has found that forests with ...

A team at Stanford has developed a powerful yet low-energy way to trap atmospheric CO2 using heated minerals. By enhancing ...

It is increasingly likely that we will not reach the 2030 targets for reducing CO₂ emissions, nor those set for 2050. As a ...

Gas sensors are essential for personal safety and environmental monitoring, but traditional sensors have limitations in ...

Chemosensors, which translate the chemical composition of liquids into electrical signals, play a pivotal role in diverse fields. They are critical in environmental monitoring, healthcare diagnostics, ...

Rice researchers discovered that their new fully recyclable material using CNT fibers retained its properties.

CCS is a key strategy for mitigating climate change, utilizing innovative CO2 capture materials to enhance efficiency and support sustainable practices.

Researchers developed a pyrene coating for graphene membranes, addressing delamination and enhancing device performance in transmembrane nanofluidics.

Tetralogy of Fallot (TOF) is a combination of four congenital (present at birth) heart defects that affect infants and children. The defects occur together and change the way blood flows through the ...