The Future Role of ECHA, the European Chemicals Agency
Sharon McGuinness discusses ECHA's new roles and challenges, emphasising collaboration and the role of academic scientists in European chemicals regulation
Career: Working as a Consultant in Research Management
Dr. Antonia Niedobitek discusses transitioning from academia to a research management agency funding research and innovation, detailing her motivations for entering the field
Fascination for Colors and Outreach Activities
Maciej Majdecki shares his passion and experiences on managing multiple social media accounts to promote chemistry artistically
Behind the Science: Self-Consistent Convolutional Density Functional Approximations
A proof-of-concept functional, PBEq, that can distinguish between electronic environments within a system by using different approximations at different points in space
Behind the Science: Singlet Fission in a New Series of Tetracene Oligomers
Novel molecular system with a hexaphenylbenzene core and multiple tetracene chromophores arranged to dictate through-space coupling, addressing low singlet fission efficiencies in tetracene dimers
Behind the Science: Bead-Mill Technology for Greener Paracetamol Synthesis
Bead milling technology used for the mechanochemical Beckmann rearrangement reaction to synthesize paracetamol more sustainably
Behind the Science: Exploring Urea Oxidation
Incomplete understanding of urea oxidation hinders catalyst improvement for sustainable treatment of urea pollution, impacting applications such as dialysis and water reclamation
Behind the Science: Generating Chemical Energy from Renewable Fuels with Semiconductors
Exposing GaAs photovoltaic devices to methanol fuel in the presence of an oxidizer leads to electricity generation by the device
Career: As A Chemist Working As A Quantum Software Engineer
Barry Peter Mant, Quantum Software Engineer at ParityQC, Innsbruck, Austria, talks about the transition from academia to industry and getting into quantum computing
The Chemistry Workflow of the Future
John Jolliffe, NFDI4Chem, on good research data management for chemists, electronic lab notebooks, their scientific benefits, and scientists’ fears
AI Helps Spend More Time Creating Good Ideas Instead of Communicating Them
Xiaochi Zhou, University of Cambridge, UK, about the potential and concerns of AI in chemistry and ideas to try or experiment with
Keep Your Coding Skills Close and Your Chemistry Textbooks Even Closer
Florence Vermeire, KU Leuven, Belgium, about the potential and concerns of AI in chemistry and ideas to try or experiment with
How Much Chemistry and Physics Can We Push AI to Do?
Matthias Rupp, Luxembourg Institute of Science and Technology, about the potential and concerns of AI in chemistry and ideas to try or experiment with
Students Need to Learn and Understand How AI Works
Oliver T. Hofmann, TU Graz, Austria, about the potential and concerns of AI in chemistry and ideas to try or experiment with
Be Open-Minded and Skeptical at the Same Time
Connor W. Coley, MIT, USA, about the potential and concerns of AI in chemistry and ideas to try or experiment with
Outpacing a Lifetime of Chemist’s Work in a Day with AI
Aleksandar Kondinski, Cambridge Centre for Advanced Research and Education in Singapore Ltd., about the potential and concerns of AI in chemistry and ideas to try or experiment with
I Guess I Fear Humans More than Technology
Anat Milo, Ben-Gurion University of the Negev, Israel, about the potential and concerns of AI in chemistry and ideas to try or experiment with
AI Might Be a Second Brain, Not a Replacement Brain
David Flanagan, Senior Director, Generative AI Product Strategy, Wiley, about the potential and concerns of AI in chemistry and ideas to try or experiment with
Great Help for Processing Large Amounts of Data
Lee Cronin, University of Glasgow, UK, about the potential and concerns of AI in chemistry and ideas to try or experiment with