Researchers from the Max Planck Institute in Marburg and the Philipps University in Marburg have discovered the first regular molecular fractal in nature. It is an enzyme in cyanobacteria, known ...

Hence, separation by molecular shape is more viable for C8 and C9 aromatic isomers and other molecules that differ mainly in their shape. Figure 2: Synthesis of organic cages.

Fractal patterns are found throughout nature on large, macroscopic scales, like in romanesco broccoli or fern plants, but until now they have never been identified at the molecular scale. Read more ...

More information: Ruohong Shi et al, Programming gel automata shapes using DNA instructions, Nature Communications (2024). DOI: 10.1038/s41467-024-51198-9 Provided by Johns Hopkins University ...

Mimicking the incredible skill of mother nature is never easy, especially when trying to match the remarkable chemical ...

A new molecule may soon enable tiny hard drives that store vastly more data. Withstanding extreme cold, it paves the way for ...

In the current paper, Leigh’s team proposes that the shape-shifting reader molecules may be able to catalyze different chemical reactions depending on their shape. (Read a +1, create molecule A ...

The molecule has two tricks that make it abnormally versatile: It can easily convert between two distinct mirror-image shapes, and it forms very weak intermolecular bonds, allowing it to switch ...

Researchers have developed a novel molecule capable of storing information at temperatures as cold as -173°C, opening new ...

Shape changes happen all the time in nature, from the development of embryos to the growth and aging of organisms. In creating the gels, the researchers were inspired by living systems that use ...