Femtosecond laser induced resonant tunneling in an .. - femtosecond laser induced resonant tunneling in an individual quantum dot attached to a nanotip ,Supporting Information for \"Femtosecond laser induced resonant tunneling in an individual quantum dot attached to a nanotip" Maxime Duchet, 1Sorin Perisanu, Stephen T.. Purcell, Eric Constant, Vincent Loriot,1 Hirofumi Yanagisawa,2 Matthias F.. Kling,2, Franck Lepine,1 and Anthony Ayari1 .. .. Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip .. Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Author: Duchet, Maxime et al..; Genre: Journal Article; Published in Print: 2021-02-17; Title: Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip English ..
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
DOI: 10..1021/acsphotonics..0c01490 Corpus ID: 232035509 Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip @inproceedings{Duchet2021FemtosecondLI, title={Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip}, author={Maxime Duchet and Sorin Perisanu and Stephen T.. Purcell and Eric Constant and Vincent Loriot ..
Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip Author(s) M Duchet S Perisanu S T Purchell E Constant V Loriot H Yanagisawa M F Kling F Lepine A Ayari Publisher ACS Phot.. Publication Date 2021 DOI
Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip Author(s) M Duchet S Perisanu S T Purchell E Constant V Loriot H Yanagisawa M F Kling F Lepine A Ayari Publisher ACS Phot.. Publication Date 2021 DOI
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Time-resolved mid-infrared pump-probe measurements are performed on a quantum cascade laser below and above the threshold.. The gain recovery is determined by the electron transport through the cascade heterostructure.. Subpicosecond resonant tunneling injection from the injector ground state into the upper lasing state is found to be incoherent due to the strong dephasing in the active subband ..
Author: Duchet, Maxime et al..; Genre: Journal Article; Published in Print: 2021-02-17; Title: Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip English ..
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Femtosecond direct laser writing leads to the annular distribution of the precipitated CdS quantum dots in laser-written domain optical properties of which could be tuned by laser beam parameters.. Increasing the laser pulse number to 10 3 significantly enhances luminescence intensity in the domains, while further increasing up to 10 6 pulses leads to luminescence quenching..
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Request PDF | Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip | Quantized nano-objects offer a myriad of exciting possibilities for manipulating ..
Femtosecond direct laser writing leads to the annular distribution of the precipitated CdS quantum dots in laser-written domain optical properties of which could be tuned by laser beam parameters.. Increasing the laser pulse number to 10 3 significantly enhances luminescence intensity in the domains, while further increasing up to 10 6 pulses leads to luminescence quenching..
Femtosecond induced tunneling through well-defined localized confinement states that are tunable in energy is demonstrated.. This paves the way for the development of ultrafast manipulation of electron emission from isolated nano-objects including stereographically fixed individual molecules and high brightness, ultrafast, coherent single electron sources for quantum optics experiments..
Request PDF | Femtosecond Laser Induced Resonant Tunneling in an Individual Quantum Dot Attached to a Nanotip | Quantized nano-objects offer a myriad of exciting possibilities for manipulating ..
Multi-dimensional optical data storage based on the femtosecond laser direct writing technique is a promising way to face these challenges.. Herein, a new optical storage method based on femtosecond laser-induced local darkening of CdSe quantum dots doped glass is reported..
