Recent progress in the theory and practice of voltammetry is surveyed and evaluated. The
transformation over the last decade of the level of modelling and simulation of experiments …

The development of methods for detecting and manipulating matter at the level of individual
macromolecules represents one of the key scientific advancements of recent decades …

Recent high-bandwidth recordings of the oxidation and dissolution of 35 nm radius Ag
nanoparticles at a Au microelectrode show that these nanoparticles undergo multiple …

A variety of generator-collector systems are reviewed, from the original rotating ring-disc
electrodes developed in the 1950s, to very recent developments using new geometries and …

The use of micro‐and nanoelectrodes and their arrays has become commonplace in
modern electrochemistry. Numerical simulation is often required for detailed analysis of …

We develop a random walk model to simulate the Brownian motion and the electrochemical
response of a single molecule confined to an electrode surface via a flexible molecular …

Stochastic behavior becomes an increasingly dominant characteristic of electrochemical
systems as we probe them on the smallest scales. Advances in the tools and techniques of …

This review is predominantly focused upon articles dating from 2009 to 2011. The authors
have attempted to highlight areas of recent and significant development, with the aim of …

Electrochemical detection of single molecules is being actively pursued as an enabler of
new fundamental experiments and sensitive analytical capabilities. Most attempts to date …

Redox cycling in nanometer-wide thin-layer cells holds great promise in ultrasensitive
voltammetric detection and in probing fast heterogeneous electron-transfer kinetics …