The last 30 years have seen remarkable changes in interfacial electrochemistry, particularly
in the kind of questions that were addressed in electrochemical studies. Ever since classical …

▪ Abstract The fascinating advances in single atom/molecule manipulation with a scanning
tunneling microscope (STM) tip allow scientists to fabricate atomic-scale structures or to …

Single atom/molecule manipulation with a scanning-tunneling-microscope (STM) tip is an
innovative experimental technique of nanoscience. Using a STM tip as an engineering or …

One of the most important tasks of modern, physical electrochemistry is the development of
an atomistic picture of the solid/liquid interface in order to provide the basis for a mechanistic …

The lateral extension of electrochemically induced surface modifications is usually
determined by the macroscopic size of the electrodes and the diffusion length of the reacting …

Atomic manipulation using a scanning tunneling microscope (STM) tip enables the
construction of quantum structures on an atom-by-atom basis, as well as the investigation of …

Atomic and molecular manipulations with the scanning tunnelling microscope (STM) lead to
many fascinating advances during the last decade. Recent achievements in inducing all of …

Electronic states in the gap of a superconductor inherit intriguing many-body properties from
the superconductor. Here, we create these in-gap states by manipulating Cr atomic chains …

With the invention of scanning tunneling microscopy, a structure-sensitive instrument was
given to electrochemists, that made possible in-situ studies of electrode surfaces on an …

Since the realization that the tips of scanning probe microscopes can interact with atoms at
surfaces, there has been much interest in the possibility of building or modifying …