Photosynthesis is the natural process of converting carbon dioxide (CO 2) to useable chemical compounds. In contrast, carbon capture and utilization technologies through processes such as ...

Traditionally, chemical reactions have been described as one-line "equations" in which substrates, say A and B, convert purposefully but rigidly into a desired product, say C. Naturally, it has been ...

Understanding complex reaction systems is critical in chemistry. While synthetic methods for selective formation of products are sought after, oftentimes it is the full reaction signature, i.e., ...

Explaining the controlled emergence and growth of molecular complexity at life’s origins is one of prebiotic chemistry’s grand challenges. Now, it has been shown that we can observe how the ...

Understanding the reaction pathways and kinetics of catalytic reactions at the atomic scale is critical to designing catalysts for more energy-efficient and sustainable chemical production, especially ...

For years, scientists thought some complex molecules could only be formed on Earth. But what if we found these kinds of molecules out in space after all? In this episode of Reactions, we explore new ...

Schematic illustration of a hybrid electrolyser, which combines hydrogen production at the cathode with the production of valuable organic compounds at the anode by organic oxidation reactions. Hybrid ...

The GraSSCoL framework consists of three stages: pre-processing, generation, and re-ranking. Decoding cosmic evolution depends on accurately predicting the complex chemical reactions in the harsh ...

Building the complex 3D molecules needed for new medicines has always been a bit like assembling a puzzle with pieces that ...

Chemists can automate sequences of chemical reactions using flow reactors, but these systems often need sophisticated engineering to set up and control. Bartosz Grzybowski and coworkers from Ulsan ...