Nanoscale electrochemical reactivity
We aim to unravel the correlation of nanoscale chemical reactivity and surface structure at electrochemical interfaces.
A.M.Gómez-Marín, KFD 2025
Expanding our view on active sites
Charge transfer in single-molecule junctions
We explore molecular trapping, orientation and chemistry as well as electron transfer in plasmon-controlled nano-junctions.
KFD, A.C. Aragonès 2022
Electric fields as actuators in unimolecular contacts
Solvent effects & double layer structure
We elucidate the effects of solvent and doble layer composition on reactivity of electrochemical interfaces.
A. Lalitha et al. 2025
Solvent hydrogen bonding determines adsorption geometry of trimeric acid on Cu (ChemRxiv)
Spectro-electrochemical methods
We develop state-of-the-art electrochemical methods like tip-enhanced Raman nanoscopy, plasmonic break-junction spectroscopy, nonlinear Raman spectro-microscopy and fluorescence microscopy.