Inside Cover: Some More Observations on the Unique Electrochemical Properties of Electrode–Monolayer–Nanoparticle Constructs (ChemPhysChem 13/2010)

Abstract

A nanoparticle attached to SAM-modified electrodes provides unexpected conducting pathways for electron transfer between redox species in solution and the underlying electrode, as described by J. J. Gooding et al. on p. 2807.

2011 Royal Australian Chemical Institute National Award Winners

“…Gooding’s research group is interested in the modification of surfaces for biosensors, bioelectronics, biomaterials, and the investigation of electron transfer. He has described the formation of self‐assembled monolayers with norbornylogous bridges in Chemistry—A European Journal 3a and the properties of electrode–monolayer–nanoparticle systems in ChemPhysChem 3b…”

Die Preisträger der Auszeichnungen 2011 des Royal Australian Chemical Institute

“…Goodings Forschungsgruppe befasst sich mit der Modifizierung von Oberflächen für Biosensoren, Bioelektronika, Biomaterialien und der Untersuchung des Elektronentransfers. In Chemistry—A European Journal hat er die Bildung selbstorganisierter Monoschichten mit norbornylogen Brücken beschrieben3a und in ChemPhysChem die Eigenschaften von Elektrode‐Monoschicht‐Nanopartikel‐Systemen 3b…”