An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented to reach a gap length much lower than 10 nm using a 20 keV e-beam and an AuPd lift-off. The electrodes of the nanojunction are less than 100 nm in width and are buried in the SiO$_2$ substrate. For the 8 nm nanojunctions, the gap is still filled with SiO$_2$ if care is taken about the SiO$_2$ etching step of the process.Un procédé de fabrication est proposé pour obtenir des nanojonctions métal-isolant-métal co-planaires d'une largeur d'isolant bien inférieure à 10 nm en utilisant un masqueur électronique à 20 keV et un “lift-off” à l'or-palladium. Les électrodes de la nanojonction enterrées dans la silice ont une largeur de moins de 100 nm et...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
A lithography-independent and wafer scale method to fabricate a metal nanogap structure is demon-str...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
An optimised process is presented to fabricate co-planar metal-insulator-metal nanojunctions down t...
An optimised process is presented to fabricate co-planar metal-insulator-metal nanojunctions down t...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
We developed a procedure for the fabrication of sub 1 nm gap Au electrodes via electromigration. Sel...
Two simple lithography-independent methods by underetching the metal and using SiO2 sidewall as sacr...
The reliable fabrication of nanoelectrode pairs with predefined separations in the few nanometer ran...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
A lithography-independent and wafer scale method to fabricate a metal nanogap structure is demon-str...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
An optimised process is presented to fabricate co-planar metal-insulator-metal nanojunctions down t...
An optimised process is presented to fabricate co-planar metal-insulator-metal nanojunctions down t...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
We developed a procedure for the fabrication of sub 1 nm gap Au electrodes via electromigration. Sel...
Two simple lithography-independent methods by underetching the metal and using SiO2 sidewall as sacr...
The reliable fabrication of nanoelectrode pairs with predefined separations in the few nanometer ran...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
AbstractWe present a planar nanogap structure with heterogeneous metal electrodes separated by a dis...
A lithography-independent and wafer scale method to fabricate a metal nanogap structure is demon-str...