Chemistry Nobel goes to reactions like those that gave life a hand
Altering molecular handedness has implications for the origins of life.
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Altering molecular handedness has implications for the origins of life.
A cobalt catalyst may offer a more sustainable route to valuable chemical transformations when its oxidation state is carefully controlled. A cobalt catalyst made from an abundant...
Chemists have long dreamed of coaxing the most stubborn molecules in the petrochemical world into useful products without the brutal temperatures and pressures that industrial chem...
A machine-learning method called CYAN extracts reaction rate constants from yield data, linking chemical reaction optimization with kinetic analysis.
A new catalytic reaction breaks carbon–carbon single bonds and creates four new bonds around one carbon atom, enabling the synthesis of complex 3D molecules for functional material...
Tiny silver catalysts work differently when solid oxide cells generate electricity and when they produce hydrogen, revealing a potential route to more efficient clean energy system...
Switched On by Electricity: “Caged” Cyclopropanol Warhead Lets Chemists Label Proteins Inside Living Cells at Will Inside every living cell, a chaotic molecular bazaar is in full s...
This year, the Royal Swedish Academy of Sciences presented the Nobel Prize in Chemistry to professors Henri Kagan and Kenso Soai “for the discovery of non-linear effects and autoca...
Researchers at Chiba University have developed a chiral nickel catalyst that uses cooperating halogen bonds, hydrogen bonds, and metal coordination to synthesize hard-to-make anti-...
In the race to build a practical hydrogen economy, one stubborn problem has shadowed every optimistic forecast: how to store and release hydrogen safely, cheaply, and on demand. Hy...
A team of researchers in China has engineered a nickel-doped copper catalyst derived from metal-organic frameworks that converts carbon dioxide into ethylene and other multi-carbon...
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easie...
Chemists have developed an iron-catalyzed reaction that selectively oxidizes only the surface of solid polyethylene, boosting its adhesion to polar surfaces up to 90-fold while pre...
Chemistry is politically agnostic. It can give us wondrous new products, like nylon and Dacron, but it can give us destructive products like napalm and Agent Orange. Here are two s...
Henri Kagan and Kenso Soai were recognised for the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis. Read more: Pioneering molecular reaction duo w...
Before there was Earth, there was chemistry. In the unimaginable cold, dark clouds where stars and planets are born, carbon molecules assemble into more complex forms—starting a ch...
Researchers create porous beads made entirely of enzymes that serve as both catalysts and structural material. Combined with living cells, they enable versatile, storable biocataly...
Sulfur in transportation fuels remains one of the stubborn problems of modern refining. When sulfur compounds burn, they produce sulfur dioxide, a precursor of acid rain and a cont...
Именно с такой формулировкой — за «открытие нелинейных эффектов и автокатализа в асимметричном органическом синтезе» — Нобелевский комитет присудил премию в области химии за 2026 г...
A new light-driven method generates highly reactive hydrogen atoms under mild conditions, opening new possibilities for metal-free chemical synthesis.
Medicinal chemists have long chased a deceptively simple goal: build drug candidates that are less flat, more three-dimensional, and more likely to succeed in the clinic. A researc...
Deep eutectic solvents can modulate multiple biocatalysis process parameters, thus minimizing or eliminating the need for bioengineering in certain enzymes while enhancing producti...
Chemistry is defined. Marketing bollocks is marketing bollocks. Guess what I have had many run ins with the marketing department.
Learn how scientists are able to capture “snapshots” of extremely rapid processes, called proton-coupled electron transfer (PCET) reactions.
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