JOC: A group of scientists led by RESOLV members Prof. Elsa Sánchez García and Prof. Wolfram Sander has developed a novel proton sponge with unique properties.

Nature Chemistry: International research team including RESOLV member Prof. Dominik Mark simulates motions of a hydrated proton in full quantum detail.

Nano Letters: Researchers from the universities in Bochum, Münster and Leiden, including RESOLV member Prof. Sebastian Kruss, map real-time membrane tension changes during NETosis, revealing dynamic mechanical regulation and the plasma membrane’s role as a nanoscale reporter of intracellular stress

Advanced Science: New understanding of how the immune system is regulated

PNAS: RESOLV members Prof. Poul Petersen and Dr. Ana Vila Verde Ana and other researchers have uncovered dynamic behavior in a widely used fluorescent probe, challenging long-held assumptions in the field. This discovery could significantly impact the interpretation of results in various studies, from advanced materials to medicine.

RESOLV researchers have made an unexpected observation: Light can slow down movements in the nanoworld. This is due to quantum friction, a phenomenon that has been hitherto poorly understood.

Angew. Chem. Int. Ed.: RESOLV member Prof. Rasmus Linser, and other contributors investigated how dye-macrocyclic host molecules regulate the binding behavior and the photophysical properties of oxazine fluorophore ATTO655 at single-molecule level.

Angew. Chem. In. Ed.: The team of RESOLV members Prof. Max M. Hansmann and Prof. Igor Schapiro have developed a new class of molecular switches that can be specifically controlled by both light and electricity.

PNAS: RESOLV member Prof. Müge Kasanmascheff and collaborators have shown that DOPA• is redox-tuned by a low-barrier hydrogen bond (LBHB), with a delocalized proton that provides the catalytic power for the ribonucleotide reduction.

Chem. Sci.: RESOLV member Prof. Dominik Marx and other researchers have shown that water self-dissociation in graphene slit pores depends sensitively on confinement conditions and water filling, exhibiting even non-monotonic changes due to how well confined water layers can solvate hydroxide ions.