#μLED - Twitter Hashtag

Applied Physics Express and JJAP @apexjjap

about 1 year ago

[The most downloaded article : OPEN ACCESS] RGB monolithic GaInN-based μLED arrays connected via tunnel junctions 2023 Appl. Phys. Express 16 084001 https://t.co/QYJ5gaPAQb #APEX #OpenAccess #Physics #μLED #array #monolithic #RGB #GaInN #LED

apexjjap's tweet photo. [The most downloaded article : OPEN ACCESS]
RGB monolithic GaInN-based μLED arrays connected via tunnel junctions
2023 Appl. Phys. Express 16 084001

https://t.co/QYJ5gaPAQb

#APEX
#OpenAccess
#Physics
#μLED
#array
#monolithic
#RGB
#GaInN
#LED https://t.co/xf4dc4elUv

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Applied Physics Express and JJAP @apexjjap

over 1 year ago

[The most downloaded article : OPEN ACCESS] RGB monolithic GaInN-based μLED arrays connected via tunnel junctions 2023 Appl. Phys. Express 16 084001 https://t.co/QYJ5gaQ8FJ #APEX #OpenAccess #Physics #μLED #array #monolithic #RGB #GaInN #LED

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Applied Physics Express and JJAP @apexjjap

over 1 year ago

[The most downloaded article: OPEN ACCESS] RGB monolithic GaInN-based μLED arrays connected via tunnel junctions 2023 Appl. Phys. Express 16 084001 https://t.co/QYJ5gaQ8FJ #APEX #OpenAccess #Physics #μLED #array #monolithic #RGB #GaInN #LED

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オプトロニクスオンライン

@optronics

over 2 years ago

SSSら，OLEDマイクロディスプレーで大河内記念生産賞 https://t.co/37j4c2fOoB 「高輝度・高精細なOLEDマイクロディスプレーの開発と量産化」で，大河内記念会から「第70回（令和5年度）大河内記念生産賞」を受賞＃受賞＃μLED ＃ディスプレー

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Tech Briefs @TechBriefsMag

over 3 years ago

"Among current research on #μLED devices for #highspeedVLC, #blueμLEDdevices are the most mature & can already achieve #modulationbandwidths of more than a GHz. However, #RGBμLEDs are more promising for applications in VLC compared to monochromatic LEDs." https://t.co/ltkdgrEDA3

TechBriefsMag's tweet photo. "Among current research on #μLED devices for #highspeedVLC, #blueμLEDdevices are the most mature & can already achieve #modulationbandwidths of more than a GHz. However, #RGBμLEDs are more promising for applications in VLC compared to monochromatic LEDs." https://t.co/ltkdgrEDA3 https://t.co/WXuNlbTsD0

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StarkLab @lab_stark

about 5 years ago

Playing neurons in CA1 like keyboards on a piano? With new on-head system for driving #μLED arrays developed by @aletar89 and implanted in freely moving mice by @shirlysomeck, anything is possible. Check out our latest publication: https://t.co/h5pcJUftAM #Outan @IEEETBioCAS

lab_stark's tweet photo. Playing neurons in CA1 like keyboards on a piano? With new on-head system for driving #μLED arrays developed by @aletar89 and implanted in freely moving mice by @shirlysomeck, anything is possible.
Check out our latest publication:
https://t.co/h5pcJUftAM

#Outan @IEEETBioCAS https://t.co/tCH9uUzsys

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オプトロニクスオンライン

@optronics

about 5 years ago

ナイトライド，マイクロUV-LEDの微細化に成功 https://t.co/QnSITc3AXK チップサイズが12μm×24μmと超微細で，チップ間隔は縦・横方向共5μmとなり，4インチウエハーから獲得できるチップ数は，約1400万チップと約4倍に #μLED #LED

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オプトロニクスオンライン

@optronics

over 5 years ago

Vテク，青色レーザーアニーリング技術を開発 https://t.co/ZIzcm9REOl 青色半導体レーザーを用いたレーザーアニール光学系による多結晶構造から単結晶構造までのシリコン結晶性制御技術を開発し，μLEDのアクティブ駆動回路基板の生産に適用　＃マイクロLED ＃μLED

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Photonics @Photonics_MDPI

about 6 years ago

Effect of Die Shape and Size on Performance of III-Nitride #MicroLEDs: A Modeling Study By Kirill A. Bulashevich, Sergey S. Konoplev and Sergey Yu. Karpov 👉https://t.co/a4hNOkfnMg #Photonics #μLED