Mapping catalyst hyperspace with algorithms and robots AI- and robot-assisted exploration enables efficient mapping of large catalyst spaces
Robot-assisted mapping of chemical reaction hyperspaces and networks ‘Switchable’ hyperspace of the Hantzsch reaction network
Ligand-metal architectures in organometallic complexes and catalysts Machine learning algorithm learns to predict complex ligand-metal coordination patterns
Robot-assisted mapping of chemical reaction hyperspaces and networks Yield distributions over the reaction spaces of E1 and SN1 reactions
Welcome to the Grzybowski Lab! Meet the brilliant minds transforming chemistry with robots and algorithms
Artificial intelligence for chemical waste management Chemists find ways to recycle industrial waste into useful drugs
Is it possible to design rolling object that follows a predetermined trajectory? Find out how by reading this paper: Nature 620, 310 -315 (2023).
Light-driven chemical robots Self-assembly of micromachines and propelling of microbot swarms by low-power light
80-year-old mystery in static electricity finally solved Charge mosaics on contact-electrified surfaces are a direct consequence of electrostatic discharges
Nanoparticle-based catalysts for selective organic reactions On nanoparticles, non-specific catalyst becomes enzyme-like
