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… put a spoonful of sugar into your coffee in a morning. The solid crystals are solvated in no time at all and disperse in the liquid. What happens at a molecular level is difficult to decipher because the process takes place too quickly at room...

… droplet-like ensembles and perform biological functions. Scientists think that these biomolecular systems have played a role in initiating life, as the harsh temperature and pressure conditions of the early Earth may have prompted simple organic...

… Chair of Theoretical Chemistry, reports in the high-impact journal ACS Catalysis on 14 July 2020. Mind the water molecules In a 2018 study, the RUB group of Professor Dominik Marx, Chair of Theoretical Chemistry and Research Area coordinator in...

…”. Was considered impossible Bonds between carbon and hydrogen are very stable and are reluctant to undergo chemical reactions. “For that reason, it had long been considered impossible to transform these bonds into functional groups”, explains...

…tity of solvent in which the reaction took place was also crucial. “We have taken a first important step towards harnessing CO2 for the chemical industry, which would be a great economic and environmental advantage,” says Lukas Goossen, member in...

… development of non-precious metal catalysts plays a decisive role in realising the energy transition as only they are cheap and available in sufficient quantities to produce the required amounts of renewable fuels,” says Kristina Tschulik, a member...

… run.“Many publications claim high activity, stability and selectivity of electrocatalysts for important energy conversion reactions, but there is a lack of evidence”, says Wolfgang Schuhmann, head of the Centre for Electrochemistry and member of...

…Nat. Comm.: 3 Questions to RESOLV scientist Stephanie Bleicken about her recent Nature Communications publication on programmed cell death.

…PNAS: 3 Questions to RESOLV scientist Christian Herrmann about his recent PNAS publication on hGBP1 mechanism.