For more than three decades the scanning tunnelling microscope (STM) has proven to be an
indispensable tool to image molecules adsorbed at a surface at the highest detail possible …

The task of bridging the pressure gap between ideal ultrahigh vacuum conditions and more
realistic reaction conditions involving gas and liquid phases is crucial in surface and …

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 …

Besides its unique ability to image atoms and molecules at surfaces at unprecedented
detail, a Scanning Tunneling Microscope can also be employed to manipulate matter at the …

Invented as a surface analytical technique capable of imaging individual atoms and
molecules in real space, scanning tunneling microscopy (STM) has developed and …

Scanning tunnelling microscopy (STM) has been a unique and powerful tool in the study of
molecular systems among various microscopic and spectroscopic techniques. This benefits …

The scanning tunneling microscope (STM) has evolved continually since its invention, as
scientists have expanded its use to encompass atomic-scale manipulation, momentum …

A solid‐liquid interface is a unique environment for the construction of two‐dimensional
molecular assemblies as a bottom‐up approach towards functional surfaces. Scanning …

How can one tailor an experiment to obtain the highest level of control over the chemical
reactivity of organic molecules? How can one simultaneously attain a direct live view of a …

The adsorption of large organic molecules on surfaces has recently been the subject of
intensive investigation, both because of the molecules' intrinsic physical and chemical …