Please enable Javascript to use all features and improve your user experience.
IWN 2022
Programme
People
Search
DE
All people
Dr. Gwénolé Jacopin
Institut Néel - CNRS / FR
Institut Néel - CNRS
Sort by Type
Date
Chair
10/10/2022
13:45
–
15:00
Session
Optical Characterization 1
Room Berlin
Invited Speaker
13/10/2022
11:00
–
11:30
25 Min.
5 Min.
Invited Talk
IT 55
Surface recombinations in III-nitride micro-LEDs: What photon correlation cathodoluminescence tells us
Further involvements
10/10/2022
15:00
–
15:15
12 Min.
3 Min.
Abstract Talk
AT 014
Impact of point defects on the efficiency of InGaN/GaN quantum wells grown on GaN-on-Si epilayers with high dislocation density
Growth, Optical devices
10/10/2022
16:15
–
16:30
12 Min.
3 Min.
Abstract Talk
AT 025
Shallow donors and DX states in AlN nanowires
Growth, Novel Materials and Nanostructures
10/10/2022
16:30
–
16:45
12 Min.
3 Min.
Abstract Talk
AT 026
Nanoscale dopant profiling of individual semiconductor wires by capacitance-voltage measurements
Characterization, Novel Materials and Nanostructures
10/10/2022
Poster Presentation
PP 073
Control and quantification of point defects in InGaN/GaN nanowires
Characterization, Novel Materials and Nanostructures
10/10/2022
Poster Presentation
PP 084
A 285 nm AlN nanowire-based light emitting diode
Novel Materials and Nanostructures, Optical devices
11/10/2022
16:00
–
16:15
12 Min.
3 Min.
Abstract Talk
AT 083
Core-shell InGaN quantum wells – achievement of defect-free growth and dual color emission
Growth, Novel Materials and Nanostructures
12/10/2022
Poster Presentation
PP 369
Europium-implanted AlN
p-n
junction nanowires – towards the realization of red light-emitting devices
Characterization, Novel Materials and Nanostructures
12/10/2022
14:15
–
14:30
12 Min.
3 Min.
Abstract Talk
AT 147
Optimization of ALE process for GaN with the substitution of Ar by Kr
Characterization, Optical devices
13/10/2022
11:15
–
11:30
12 Min.
3 Min.
Abstract Talk
AT 223
Core-shell GaN/Al(Ga)N heterostructures – from quantum wells for UV-A to monolayers for UV-C
Growth, Optical devices
© Conventus Congressmanagement & Marketing GmbH
Imprint
Privacy