Data for: "Manipulating and probing the distribution of excess electrons in an electrically-isolated self-assembled molecular structure"

Name: Data for: "Manipulating and probing the distribution of excess electrons in an electrically-isolated self-assembled molecular structure"
Published: 2020
Keywords: FORCE MICROSCOPY; CHARGE-STATE; PENTACENE; ENERGY; SENSOR; ATOM; atomic force microscopy; self-assembly; single-electron charging; dissipation, 530 Physics, 540 Chemistry & allied sciences

DOI to cite this document:: 10.5283/epub.41688

Scheuerer, Philipp

; Patera, Laerte L.

; Repp, Jascha

ZIP Archive - Data
(187MB) - Registered users only

Date of publication of this fulltext: 15 Jun 2020 14:25

Alternative links to fulltext:DOI Publisher

Linked items

Details

Indexed in

Export bibliographical data

Abstract

Exploiting single electrical charges and their mutual interactions for computation has been proposed as a concept for future nanoelectronics. Controlling and probing charge transfer in electrically isolated atomic-scale structures are fundamental to push its experimental realization. Here, we controllably inject individual excess electrons and study their distribution in a self-assembled ...