Decoupling the electronic properties of a molecule from a substrate is of crucial importance
for the development of single-molecule electronics. This is achieved here by adsorbing …

Selective analysis of molecular states in scanning tunneling microscopy (STM) has so far
been achieved in a few cases by tuning the bias range of the STM in high-resolution …

We have studied the adsorption of the polyaromatic molecule 1, 4 ″-
paratriphenyldimethylacetone, which we have nicknamed Trima. The originality of this linear …

The attachment of organic molecules to semiconductor surfaces and their measurement
using scanning tunneling microscopy and spectroscopy (STM/STS) is considered to be a …

Molecular electronics shows great potential as an approach for fabricating nanoelectronic
devices and circuits. Despite this potential, many fundamental problems remain unsolved …

We report the imaging of chlorobenzene molecules chemisorbed on the Si (111)-(7× 7)
surface at room temperature with the scanning tunnelling microscope, and the desorption of …

Several alkenes chemisorbed on silicon (100)-(2× 1) have been studied by scanning
tunneling microscopy. Images of these molecules are strongly bias dependent, typically …

We report a systematic experimental investigation of the mechanism of desorption of
chlorobenzene molecules from the S i (111)-(7× 7) surface induced by the STM at room …

A cryogenic variable-temperature ultra-high vacuum scanning tunneling microscope is used
for measuring the electrical properties of isolated cyclopentene molecules adsorbed to the …

An ultrahigh vacuum scanning tunneling microscope (STM) was employed as a tool to
characterize two distinct molecular electronic strategies on the Si (100) surface. Initially, the …