The compound semiconductor substrate and open epiwafer markets are projected to reach almost $5.2 billion in total by 2031, growing at around 14% CAGR. Automotive electrification drives SiC substrates ...

This fourth article in a six-part series examines the potential use of hardwood tree species as components of engineered wood ...

Tsukuba, Japan—Oxidative functionalization of hydrophobic compounds is an important research area from the perspective of effective utilization of natural resources and treatment and reuse of ...

Chemists show that a machine-based method prevents widespread 'bias' in chemical publications. Chemists often develop and optimise new chemical reactions using so-called model systems, i.e. simple, ...

With ~14% CAGR through 2031, the compound semiconductor materials are steadily becoming core to power electronics, photonics, and AI infrastructure.

Biocatalysts, also called enzymes, are a type of protein that has evolved to perform chemistry that can be complex and incredibly efficient—typically in water and at room temperature—removing the need ...

From EVs to AI data centers, materials like SiC, GaN, and InP are scaling fast to meet efficiency and speed requirements of next-generation applications.

Chemists often develop and optimise new chemical reactions using so-called model systems, i.e. simple, easily accessible substrates. They then use up to around 100 other substrates as examples to show ...

The report says that despite short-term pricing pressure in certain segments, electrification, AI infrastructure expansion, ...

The report says that despite short-term pricing pressure in certain segments, electrification, AI infrastructure expansion, and next-generation connectivity are reinforcing long-term demand for ...