Organic boronic acids are widely used as starting material in the synthesis of various useful chemicals. But, some organic boronic acids are unstable and lead to unwanted 'side reactions.' Thus, they ...

As a footnote to Mark M. Green’s letter on how to make organic chemistry “be part of understanding the wider world, to be worth knowing” (Jan. 2, 2023, page 3), I wish to illustrate my approach to “a ...

One common mechanism by which catalysts operate is by lowering the transition state barrier to reaction. We are investigating the ability of the hydrogen bonding of water to the transition state to ...

Researchers have discovered a reaction path that produces exotic layers with semiregular structures. These kinds of materials are interesting because they frequently possess extraordinary properties.

Being able to shuffle functional groups on a molecule is something organic chemists would love to do, but it is not straightforward to do in the lab. A new synthesis designed by Guangbin Dong and ...

The electrodes are coated with carbon nanotubes. As they flow through the reactor, the reactants interact weakly with the carbon nanotubes, exposing them to the electric field. This induces electronic ...

Figure 1. LoRA-Chem: From Model Customization to Organic Chemistry Reaction Tasks. (a) Several machine learning algorithm paradigms applied to organic chemistry. (b) Inspired by AI-driven image style ...

The removal of carboxyl groups and the release of alkyl radical fragments from the tight binding of carboxyl groups are one of the most interesting and promising directions in organic synthesis, ...

Organic synthesis has advanced remarkably in its ability to construct pharmaceutical ingredients, natural products, agrochemicals, ligand architectures, and functional building blocks for materials ...

The emergence of complex, dynamic molecular behaviour might have had a role in the origin of life. Such behaviour has now been seen in a reaction network involving small, organic, self-replicating ...