Replacing poly(ethylene glycol) with polysarcosine in micellar catalysis to make green chemistry greener


Replacing poly(ethylene glycol) with polysarcosine in micellar catalysis to make green chemistry greener

"From Dynamic and Active Materials to Supramolecular Catalysis"

Test your knowledge of famous scientists with this quiz featuring insights and reflections from some of the most renowned minds in the field

A. Lapkin, University of Cambridge, on the state of the art and challenges of transforming chemistry into the digital realm

How finding one's strength and accepting help can help to overcome the pressures, doubts, and stresses a Ph.D. abroad brings with it

How can animal toxins be used in the future as biopesticides to help prevent the spread of infectious diseases? What is the new research field of "venomics" all about?

Instead of using 3D "packages" for drug delivery, peptides are embedded in a large and well-defined 2D array

Claudia Felser on Heusler compounds, topological quantum chemistry, supporting schoolkids, in particular girls, her career path

Discussing science communication, AI in chemistry, publication ethics, and the purpose of life with an AI

Pioneers of the concept of green chemistry, Paul Anastas and John C. Warner, on how the 12 Principles of Green Chemistry came about, why it is still so difficult to fulfill them, and why both are positive about the future