Chemistry

A UT San Antonio chemist is developing a fluorescence probe that activates only after binding to CDK4/6 proteins inside triple-negative...

Researchers at the Technion and in Germany report in Nature Physics the first direct optical control of electrons in a...

POSTECH researchers built a dual-focus metalens photoacoustic microscope that electronically switches between two imaging depths via a voltage-controlled liquid-crystal cell,...

University of Iowa chemists isolated terbium in its rare plus-4 oxidation state under ordinary ambient conditions using a tungsten-oxygen molecular...

A study in Catalysis Letters finds that the temperature of co-precipitation controls precursor phases, copper dispersion and Cu-ZnO interactions in...

Researchers have developed tandem PbSe colloidal quantum-dot photodiodes that combine built-in visible-light suppression with nanosecond response, enabling centimeter-resolution 1550 nm...

Researchers at Japan's Institute for Molecular Science have created a cage molecule called π-Armor that permanently traps planar aromatic molecules...

Researchers at Shibaura Institute of Technology developed a design framework that integrates terahertz sensing into the geometry of transparent plastic...

A review outlines how integrated capture-conversion systems, impurity-tolerant catalysts, and electrolyzer engineering can make electrochemical CO2 reduction work with dilute...

Tohoku University researchers equipped azobenzene photoswitches with dipyrrin molecular antennae that harvest visible light and transfer energy to the switch...

A spatially decoupled electrocatalyst that generates its own oxygen achieved 98% antibiotic removal and cut wastewater treatment costs by 95...

Synchrotron analysis shows that Abbasid potters created iridescent ceramic glazes through firing silver and copper compounds that formed nanoparticles within...

A laboratory zinc-based coordination crystal expands its 2.6-angstrom interlayer spaces to capture CO₂ at low pressure and preferentially incorporate benzene...

Laboratory experiments show that a phytoplasma protein structurally mimics MADS-box transcription factors, disrupting their normal cooperation and helping convert floral...

A vapor-assisted treatment produced amine-free PbS-PbI2 quantum-dot inks that remained colloidally stable beyond 60 days and retained 10.8% solar-cell efficiency...

A laboratory study found that a rigid coumarin-linked covalent organic framework separated photogenerated charges more effectively and produced hydrogen at...

A peer-reviewed review finds that viologen-linked covalent organic frameworks combine permanent positive charge, reversible redox activity and tunable pores for...

A UCLA-led study found that the amino acid arginine can stabilize a quantum electronic state in layered tantalum disulfide at...

A Rice University study found that a ligand-modified metal-organic framework adsorbed three rare earth elements from wastewater despite iron at...

A mouse-brain study generated maps of monoclonal antibodies and more than 6,000 proteins across tissue sections, demonstrating a preclinical method...