Digital Solutions for Sustainable Chemistryby Jesse HarrisHow to reduce environmental impact with software
NewsProtein Fragments Id Two New ‘Extremophile’ Microbes—Could Help Find Alien Lifeby American Chemical SocietyStudy identifies two new hardy bacteria from high-altitude lakes in Chile—an environment similar to early Mars
NewsA Simple and Robust Experimental Process for Protein Engineeringby University of MichiganNew easily interpretable technique can reduce costs and increase scale of protein optimization for multiple applications
NewsBalancing Training Data and Human Knowledge Makes AI Act More like a Scientistby Cell PressResearchers develop a framework that helps AI incorporate natural laws to better navigate complex scientific problems
NewsAdvancing Chemistry with AI: New Model for Simulating Diverse Organic Reactionsby Carnegie Mellon UniversityNew machine learning model paves the way for efficient simulations of reactive processes, no supercomputer required
NewsNew Method Enables 3D Atom Mapping with Single Microscopic Imageby University of BonnBreakthrough technique overcomes limitations in quantum gas microscopy, revolutionizing nanoscale imaging
NewsHarmful ‘Forever Chemicals’ Removed from Water with New Electrocatalysis Methodby University of RochesterA novel approach using laser-made nanomaterials could lay the foundation for globally scalable remediation techniques
NewsWant Fewer Microplastics in Your Tap Water? Try Boiling It Firstby American Chemical SocietyStudy finds that boiling calcium-rich water can remove up to 90 percent of nano- and microplastic contaminants
NewsUsing Metabolomics for Assessing Chemical Safety May Reduce the Use of Lab Ratsby University of BirminghamNew method for grouping chemicals and using read-across for toxicology data could eliminate unnecessary animal testing
NewsTowards More Efficient Catalystsby Harvard John A. Paulson School of Engineering and Applied SciencesResearchers expand ways to improve the selectivity of catalytic reactions
NewsScientists Develop Color-Changing Dyes That Light Up Cellular Activityby Trinity College DublinThis research, which enables "time travel" within cells, may revolutionize bio-sensing and imaging approaches