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! 📅 https://t.co/fqywCyMfe3 @SpringerNature
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
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.
https://t.co/ZHdvhTYbpL
@NaturePhotonics
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!
🚀 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:
https://t.co/Uddrr3hNZ3
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 https://t.co/0cPVn4Kvlb
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
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https://t.co/EQhdXOkMu1
AEFM Tokyo, 2024 is only 5 days away. Looking forward to hosting the speakers and the exciting discussion of advanced epitaxy for 2D semiconductors.
https://t.co/fqywCyMfe3
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!
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!👇🏻👇🏻
https://t.co/5F8QRisOIc
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... https://t.co/Zh1tMvTiUv
New paper @NatureNano. Another fantastic collaboration with Troy Olsson, Eric Stach, @2DCCMIP and @vct_lab. We report some of the highest performing BEOL compatible FE-FETs using 2D MoS2 channels and AlScN ferroelectric. @PennEngineers@ESEatPenn@Penn https://t.co/HeBhkDpx6c