Many key industrial processes, from electricity production, conversion, and storage to
electrocatalysis or electrochemistry in general, rely on physical mechanisms occurring at the …

Understanding the electrical double-layer structure is of paramount importance for designing
efficient electrochemical energy conversion systems. Under this aspect, this short review …

Interfacial electric fields play a critical role in electrocatalysis and are often characterized by
using vibrational probes attached to an electrode surface. Understanding the physical …

The recent random batch Ewald algorithm, originating from a stochastic approximation,
performs 1 order of magnitude faster than the mainstream algorithms such as the particle …

The performance of supercapacitors is governed by the structure and dynamics of ions at the
solid/liquid interface. At the molecular scale, these properties result from a subtle …

Aqueous NaCl solutions at gold electrodes serve as prototypical electrochemical interfaces.
A fundamental property of these interfaces is the differential capacitance, from which …

As a new class of electrodes, MXenes have shown excellent performance in
supercapacitors. At the same time, ionic liquid (IL) electrolytes with wider electrochemical …

Modeling of complex liquids at solid surfaces and in confinement is gaining attention due to
an increase in computer power and advancement of simulation techniques. Therefore, tools …

Solid state nanopores are single‐molecular devices governed by nanoscale physics with a
broad potential for technological applications. However, the control of translocation speed in …

The capacitance of nanoporous carbon electrode materials is dictated by the physical
interactions with electrolyte ions and molecules at the accessible interior electrode surface …