ISE Awards Winners 2024

The Electrochimica Acta Gold Medal 2024 is awarded to Hubert Girault for his innovative studies of diverse electrified liquid-liquid interfaces and exploitation of the resulting fundamental insights to redox mediated electrocatalysis, photosynthesis, sensors and energy storage.

for her innovative work in the field of advanced rechargeable batteries such as redox-flow, metal-air, and metal-sulfur batteries

for his seminal contributions to computational modelling of electrocatalytic pathways.

for paper Marco Mazzucato , Christian Durante, Comparative Analysis of Rotating Electrode and Gas Diffusion Electrode Methods for Assessing Activity and Stability of Fe-N-C Based Catalysts in ORR, Electrochimica Acta, 463 (2023), 142801

for significant achievements in conducting and redox polymers and polymeric mixed ionic-electronic conductors for energy storage and has extended her research areas to bioelectronics

for his contribution to the development of transdermal electrochemical biosensors for health care monitoring and diagnostics.

for fundamental studies explaining a general framework of PCET catalysts operation in particular in relation to small molecules activation.

for pioneering development of techniques allowing for in-operando single-molecule, single-particle and single-reaction imaging represents a truly qualitative advance in experimental electrochemistry. His development of super-resolution microscopy to image reactions at the nanoscale on catalysts is fascinating and highly relevant for catalysis research.

for pioneering work in nanomaterial development for advanced batteries

for work on electrochemical solid waste treatment, valuable metal extraction, product engineering and manufacturing of critical metals

for his contribution to the areas of protein-based electrochemistry and electron transport in biological systems, from enzymatic multilayers to artificial systems, including photobioelectrochemistry and biosensing applications.

in recognition of his outstanding contributions to the field of electrical double layer regulation for controlled charge transport based on iontronics. Controlled charge transport is a crucial aspect of diverse scientific and technological processes, for example, as energy and information carrier as well as a probe for material properties and kinetics.