@vct_lab

東京大学｜化学システム工学専攻｜教授 Professor at ChemSys Engineering, University of Tokyo. Very inspired to combine science with aesthetics. I am also a foodie 😂

 Tokyo, Japan
vctunglab.org
Joined August 2015
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  • Followers538
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Join us for #AEFM2024 @UTokyo to explore the future of epitaxy and advanced engineering of 2D materials 🚀🔬 check out world-class speakers, innovative research, and unmatched networking opportunities. 🌐 Don’t miss out–save the date! 📅 freestandingmembranes.com/ @SpringerNature
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まさにその通りです👍🏻 私たちも、@Rapidus @TokyoElectron_J と東京大学の研究連携がさらに広がっていくことを期待しています！
日本経済新聞 電子版（日経電子版）
@nikkeiOct 2
半導体で原子１個分の薄さを実現、東京大学が新材料　ＴＳＭＣと連携へ nikkei.com/article/DGXZQOSG3…

半導体で原子1個分の薄さを実現、東京大学が新材料　TSMCと連携へ

東京大学などは原子1個分ほどの薄さしかない半導体材料を開発した。材料を使いトランジスタ（半導体素子）の動作も確認した。現在主流のシリコン半導体は微細化に限界が近づいており、次世代の半導体材料として応用が期待される。研究成果は英科学誌「ネイチャー」に掲載された。2031年をめどに直径12インチのウエハーの実現を目指す。半導体製造受託の台湾積体電路製造（TSMC）と26年4月から共同研究を始めた。

nikkei.com
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From atomic engineering to system manufacturing of 2D p-type BCN. Our results are now published in @Nature #東京大学 #2D#p-type#semiconductors doi.org/10.1038/s41586-026-1…

Wafer-scale epitaxy growth of high-mobility p-type boron carbon nitride

Nature - A dual-precursor chemical system is used to achieve wafer-scale epitaxy growth of boron carbon nitride, a high-performance p-type semiconductor, for potential integration in efficient 2D...

nature.com
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[プレスリリース] 高性能p型2次元半導体をウエハースケールで実現――原子1層BCNが次世代の相補型電子回路への道を拓く―――工学系研究科・工学部 u-tokyo.ac.jp/focus/ja/press…

高性能p型2次元半導体をウエハースケールで実現 | 東京大学

u-tokyo.ac.jp
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【プレスリリース】 2次元半導体で発光を電気的に制御 ―次世代オンチップ光技術に向けた大面積2次元材料基盤― t.u-tokyo.ac.jp/press/pr2026… #東京大学 #東大工 #UTokyo

2次元半導体で発光を電気的に制御 ―次世代オンチップ光技術に向けた大面積2次元材料基盤―

東京大学大学院工学系研究科のTUNG Vincent（タン ヴィンセント）教授が参画する国際共同研究グループは、台湾・中央研究院応用科学研究センターのYu-Jung Lu（ルー ユージョン）准研究員らと共同で、原子1層の厚さを持つ2次元半導体である単層二硫化モリブデン（MoS₂）を用いた発光制御技術を開発し、室温で発光強度を高効率に電気的制御できる光電子デバイスを実証しました。

t.u-tokyo.ac.jp
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It has been a great pleasure to work with @yurilu15 and her team to translate scalable crystallinity in monolayer MoS₂ into giant trion modulation enabled by plasmonic HfN gates in @NaturePhotonics. Supported by @JST_ASPIRE @Eng_Univ_Tokyo @JS
Yu-Jung (Yuri) Lu@yurilu15May 25
New paper from our group! We are excited to share our latest work, “Giant Trion Modulation in Scalable Monolayer MoS₂ via Plasmonic HfN Gates.” This work was made possible through a great collaboration with Prof. @vct_lab Vincent Tung’s group at the University of Tokyo. Many thanks to my team members and collaborators for all their tremendous efforts and contributions. nature.com/articles/s41566-0… @NaturePhotonics
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Congratulations to @jayshenng025 @YichenCai3 and Areej for their work out in @ScienceMagazine ! A privilege to be part of this interdisciplinary collaboration with Yu Han, Lance & Ingo that showcases how defect engineering can provide revealing insights into water/ion filtration!
Jie Shen | 申杰@jayshenng02514 Feb 2025
🚀 Just out in Science Journal! We show the engineering of atomically precise molecular channels in monolayer 2D films—with a fascinating philosophy: sometimes, “defects” make things “perfect”. 🤯 Curious? Check it out: science.org/doi/10.1126/scie…

Engineering grain boundaries in monolayer molybdenum disulfide for efficient water-ion separation

Two-dimensional (2D) materials have long been considered as ideal platforms for developing separation membranes. However, it is difficult to generate uniform subnanometer pores over large areas on 2D...

science.org
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A statement from Japanese researchers….. it is time to change the stagnant funding system. Japan can be a science heavyweight once more — if it rethinks funding nature.com/articles/d41586-0…

Japan can be a science heavyweight once more — if it rethinks funding

Nature - The nation must lose its tight focus on individual disciplines if it is to keep pace with the evolving requirements of scientific enquiry.

nature.com
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Congratulations to Prof. Yang Yang on becoming the new Chair of the UCLA MSE Department! Your leadership and dedication are truly inspiring. Looking forward to the great things ahead! #UCLA #Leadership #MSE --- mse.ucla.edu
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It’s great to catch up with Prof. Ali Javey @UCBerkeley at UTokyo. Looking forward to exploring our new collaborations. Go Bears! 🐻
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Heated discussions with editors from Nature and ACS at AEFM 2024, TOKYO !!
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AEFM Tokyo, 2024 is only 5 days away. Looking forward to hosting the speakers and the exciting discussion of advanced epitaxy for 2D semiconductors. freestandingmembranes.com/
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Always a pleasure to have Manish @ChhowallaL addressed a talk at UTokyo. Beautifully chemistry at the vdW interfaces leads to profound impact on transport properties. Looking forward to reading these discoveries soon! – at Bunkyo-ku, Tokyo
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It is always a pleasure to meet an old friend from KAUST. Until next time @DeryaBaranB
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New content on line from @NatureNano and 1st article from my group at UTokyo @Eng_Univ_Tokyo @UTokyo_News_en – at Chiyoda-ku, Tokyo
Nature Nanotechnology@NatureNano20 Jul 2023
New content online: Oriented lateral growth of two-dimensional materials on c-plane sapphire dlvr.it/SsTbsm
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Our latest @NatureNano is out. Another great collaboration with Lance to reveal how atomic details play the determining role in directing the mono-oriented nucleation and coalesce into single-xtal films. It’s universal toward 2D TMDs, PVSKs and beyond!👇🏻👇🏻 nature.com/articles/s41565-0… – at Chiyoda-ku, Tokyo

Oriented lateral growth of two-dimensional materials on c-plane sapphire

Nature Nanotechnology - Interaction of two-dimensional transition metal dichalcogenide grains with exposed oxygen–aluminium atomic plane in sapphire is a more dominant factor than step-edge...

nature.com
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Thank you @KAUST_Solar @KaustResearch for the immense support for the last three years. Always hard to say goodbye but hope to collaborate again soon! – at Chiyoda-ku, Tokyo
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Many thanks to @yurilu15 for the fantastic device characterization!! – at Chiyoda-ku, Tokyo
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Our views on step-edge directed epitaxy of 2D TMDs in @Matter_CP @CranfordMATTER. Thanks to Lance Li (HKU), Yu Han (@AMPM_KAUST ), and Kevin Wu for contributing to this work. 👉Pieces of 2D materials: The next step to crystallize the polycrystalline... sciencedirect.com/science/ar…
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Finally see everyone in person. My first time to meet Yimo after collaborating for 4 years lol 😂 – at Cambridge, England
Yimo Han@han_yimo28 Jun 2023
Really nice conference in Cambridge!! I’m a woman in 2D and 4D. Lol @2D_TMDs_2023
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