A covalent bond between an individual pentacene molecule and a gold atom was formed by means of single-molecule chemistry inside a scanning tunneling microscope junction. The bond formation is reversible, and different structural isomers can be produced. The single-molecule synthesis was done on ultrathin insulating films that electronically isolated the reactants and products from their environment. Direct imaging of the orbital hybridization upon bond formation provides insight into the energetic shifts and occupation of the molecular resonances
We studied the molecular orientation of pentacene monolayer phases on the Au(110) surface by means o...
Understanding electron transfer at the molecular level is crucial for the rational design and perfor...
We have investigated the structural and electronic properties of a pentacene film (∼2 nm) grown on t...
ABSTRACT Wemapped spatially varying intramolecular electronic structures on a pentacene-gold interfa...
The imaging and characterization of single-molecule reaction events is essential to both extending o...
Ultrathin insulating films on metal substrates are unique systems for using a scanning tunneling mic...
In an effort to make advances in electronics through ever smaller devices, the field of molecular el...
We report on the formation of a metal-molecule complex that can be used as a molecular switch. Using...
This thesis demonstrates the richness of Scanning Tunneling Microscopy (STM) as amethod to understan...
cited By 7International audienceSurface-assisted reduction of specially designed air-stable precurso...
In the last two decades, significant strides have been made towards utilizing the scanning tunneling...
Scanning tunneling microscopy (STM) and atomic force microscopy (AFM) of single atoms and molecules ...
This thesis presents several studies performed in the field of “molecular electronics” using scannin...
Understanding electronic devices down to the atomic scale is essential for the development of novel ...
Self-assembly of organic molecules can facilitate the efficient production of highly-ordered archite...
We studied the molecular orientation of pentacene monolayer phases on the Au(110) surface by means o...
Understanding electron transfer at the molecular level is crucial for the rational design and perfor...
We have investigated the structural and electronic properties of a pentacene film (∼2 nm) grown on t...
ABSTRACT Wemapped spatially varying intramolecular electronic structures on a pentacene-gold interfa...
The imaging and characterization of single-molecule reaction events is essential to both extending o...
Ultrathin insulating films on metal substrates are unique systems for using a scanning tunneling mic...
In an effort to make advances in electronics through ever smaller devices, the field of molecular el...
We report on the formation of a metal-molecule complex that can be used as a molecular switch. Using...
This thesis demonstrates the richness of Scanning Tunneling Microscopy (STM) as amethod to understan...
cited By 7International audienceSurface-assisted reduction of specially designed air-stable precurso...
In the last two decades, significant strides have been made towards utilizing the scanning tunneling...
Scanning tunneling microscopy (STM) and atomic force microscopy (AFM) of single atoms and molecules ...
This thesis presents several studies performed in the field of “molecular electronics” using scannin...
Understanding electronic devices down to the atomic scale is essential for the development of novel ...
Self-assembly of organic molecules can facilitate the efficient production of highly-ordered archite...
We studied the molecular orientation of pentacene monolayer phases on the Au(110) surface by means o...
Understanding electron transfer at the molecular level is crucial for the rational design and perfor...
We have investigated the structural and electronic properties of a pentacene film (∼2 nm) grown on t...