Jun Tatebayashi
Osaka University
H-index: 31
Asia-Japan
Top articles of Jun Tatebayashi
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
An efficiently excited Eu3+ luminescent site formed in Eu, O-codoped GaN | AIP Advances | Takenori Iwaya Shuhei Ichikawa Volkmar Dierolf Brandon Mitchell Hayley Austin | 2024/2/1 |
Formation of nanowires based on rare-earth-doped semiconductors for device applications | Jun Tatebayashi Yasufumi Fujiwara | 2024 | |
Electrically driven europium-doped GaN microdisk | Optics Letters | T Taniguchi D Timmerman S Ichikawa J Tatebayashi Y Fujiwara | 2023/9/1 |
Towards ultrahigh-resolution micro-LED displays using a monolithic vertically stacked full-color LED | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2023/3/17 | |
Red Electroluminescence from Light Emitting Diodes Based on Eu-Doped ZnO Embedded in p-GaN/Al2O3/n-ZnO Heterostructures | ECS Journal of Solid State Science and Technology | Jun Tatebayashi Kazuto Nishimura Shuhei Ichikawa Shinya Yamada Yoshikata Nakajima | 2023/7/28 |
Demonstration of GaN: Eu/GaN nanowire light emitting diodes grown by selective-area organometallic vapor phase epitaxy | Japanese Journal of Applied Physics | T Otabara J Tatebayashi Takuma Yoshimura D Timmerman S Ichikawa | 2023/3/3 |
Enhanced light output of Eu, O-codoped GaN caused by reconfiguration of luminescent sites during post-growth thermal annealing | Applied Physics Letters | T Iwaya S Ichikawa D Timmerman J Tatebayashi Y Fujiwara | 2023/1/16 |
229 nm far-ultraviolet second harmonic generation in a vertical polarity inverted AlN bilayer channel waveguide | Applied Physics Express | Hiroto Honda Soshi Umeda Kanako Shojiki Hideto Miyake Shuhei Ichikawa | 2023/6/19 |
Towards tunable single-pixel LEDs with Eu-doped GaN active layers | APS March Meeting Abstracts | Hayley Austin Brandon Mitchell Jun Tatebayashi Yasufumi Fujiwara Volkmar Dierolf | 2023 |
37‐4: Invited Paper: Towards Small, Ultrahigh‐Definition Micro‐LED Displays Using Monolithic Vertically Stacked RGB LEDs | SID Symposium Digest of Technical Papers | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2023/6 |
Enhancement of Er luminescence from bridge-type photonic crystal nanocavities with Er, O-co-doped GaAs | Optics Continuum | Zhidong Fang Jun Tatebayashi Ryohei Homi Masayuki Ogawa Hirotake Kajii | 2023/10/15 |
Monolithic Vertically Stacked RGB LEDs for Small Micro-LED Displays with Ultrahigh Definition | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2023/4/19 | |
Formation and Optical Characteristics of GaN: Eu/GaN Nanowires for Applications in Light-Emitting Diodes | Jun Tatebayashi Takaya Otabara Takuma Yoshimura Raiki Hada Ryo Yoshida | 2023/9/20 | |
Modeling defect mediated color-tunability in LEDs with Eu-doped GaN-based active layers | Journal of Applied Physics | Hayley J Austin Brandon Mitchell Dolf Timmerman Jun Tatebayashi Shuhei Ichikawa | 2022/1/31 |
Improved Q-factors of III-nitride-based photonic crystal nanocavities by optical loss engineering | Optics Express | Takenori Iwaya Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi Yasufumi Fujiwara | 2022/8/1 |
Modeling of color tunable light-emitting diodes with Eu-doped GaN active layers | APS March Meeting Abstracts | Hayley Austin Brandon Mitchell Jun Tatebayashi Yasufumi Fujiwara Volkmar Dierolf | 2022 |
Eu-doped GaN red LEDs for micro-LED displays with extremely high resolution | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2022/7/5 | |
Eu-doped GaN-Based Red LED for Next-Generation Micro-LED Displays | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2022/5/11 | |
Eu-doped GaN-based red LEDs as a key technology for micro-LED displays with ultrahigh resolution | ITE Technical Report; ITE Tech. Rep. | Yasufumi Fujiwara Shuhei Ichikawa Dolf Timmerman Jun Tatebayashi | 2022/2/25 |
Elucidation of the excitation mechanism of Tb ions doped in AlxGa1− xN grown by OMVPE toward a wavelength-stable green emitter | Journal of Applied Physics | R Komai S Ichikawa H Hanzawa J Tatebayashi Y Fujiwara | 2022/2/21 |
Co-Authors
