#2dsemiconductor - Twitter Hashtag

3 months ago

Moving 2D materials from laboratory samples to wafer-scale production is a massive hurdle. https://t.co/k2PxIyHSjO #2DSemiconductor #ChinaChip #NextGenChip

IntEngineering's tweet photo. Moving 2D materials from laboratory samples to wafer-scale production is a massive hurdle.
https://t.co/k2PxIyHSjO

#2DSemiconductor #ChinaChip #NextGenChip https://t.co/moqPZlfThe

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ACS Nano @acsnano

almost 2 years ago

This study developed a doping-free post-treatment method that alters the #vanderWaals gap between a #2DSemiconductor and a 3D metal through #selenium intercalation and deintercalation by implementing Se-environment annealing. #OpenAccess: https://t.co/ZGvsLOCH39

acsnano's tweet photo. This study developed a doping-free post-treatment method that alters the #vanderWaals gap between a #2DSemiconductor and a 3D metal through #selenium intercalation and deintercalation by implementing Se-environment annealing.

#OpenAccess: https://t.co/ZGvsLOCH39 https://t.co/Nxy4ynRH1j

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Eric Pop @profericpop

almost 2 years ago

In this new work @NatureElectron, we show industry-compatible strain engineering to improve the performance of dual-gated #2Dsemiconductor transistors. The strain profile is induced with SiNx capping layers, similar to Si industry, and its effects are... https://t.co/hnrxLxIRJh

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Eric Pop @profericpop

about 2 years ago

The third of our several #2Dsemiconductor strain papers this year was out Oct 4. Lauren Hoang (co-advised with @MannixGroup) found Ni contacts impart strain to WS2, improving its mobility and contact resistance. Size of contacts & annealing also matter! https://t.co/egiT3i1jPk

Mannix Lab @MannixGroup

about 2 years ago

Our latest paper, led by PhD student Lauren Hoang (co-advised with @profericpop), shows that Ni contacts induce strain in monolayer WS2, boosting on-current by up to 2.67× and reducing Rc by up to 78%. Well done, Lauren & team! https://t.co/EDKiTun77r

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ScienceBulletin @Sci_Bull

about 2 years ago

📜Hierarchical processing enabled by 2D ferroelectric semiconductor transistor for low-power and high-efficiency AI vision system ✏️Anlian Pan, Dong Li, Shengman Li et al. from Hunan University https://t.co/Md2P94oLg3 #AI #2Dsemiconductor @ElsevierEnergy @isciverse @SciencNews

Sci_Bull's tweet photo. 📜Hierarchical processing enabled by 2D ferroelectric semiconductor transistor for low-power and high-efficiency AI vision system
✏️Anlian Pan, Dong Li, Shengman Li et al. from Hunan University
https://t.co/Md2P94oLg3
#AI #2Dsemiconductor @ElsevierEnergy @isciverse @SciencNews https://t.co/r052GTnxqs

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Eric Pop @profericpop

about 2 years ago

The second of our several #2Dsemiconductor strain papers this year was out in July. We found that increasing thickness of Ni stressor at MoS2 contacts can induce up to 0.8% strain, improving transistor performance. Paper out at @IEEEorg Electron Dev. Lett. https://t.co/pTQPijCkjF

profericpop's tweet photo. The second of our several #2Dsemiconductor strain papers this year was out in July. We found that increasing thickness of Ni stressor at MoS2 contacts can induce up to 0.8% strain, improving transistor performance. Paper out at @IEEEorg Electron Dev. Lett.
https://t.co/pTQPijCkjF https://t.co/Ng89Awh5Df

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Eric Pop @profericpop

about 2 years ago

The first of our several #2Dsemiconductor strain papers this year was out in June. Using a "bendy platform," Jerry Yang found that biaxial tensile strain increases electron mobility in WS2 and MoS2. Collab w/ K. Papagelis at @Aristoteleio and @MannixGroup. https://t.co/6QOfniRIGw

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Soumya Sarkar @soumyasarkar92

over 2 years ago

Defect free vdW metal contacts will be key to boost #2Dsemiconductor device performance.@MaheeraGhani’s work explains the unique growth of these vdW contacts on 2D surfaces. @ChhowallaL

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ACS Photonics @ACSPhotonics

over 3 years ago

We have another #Perspective for our upcoming Special Issue on Photonics in China out today: "Exciton–Photon Interactions in Two-Dimensional Semiconductor Microcavities" #2Dsemiconductor #microcavity Check it out -> https://t.co/qwOZJFHlE2

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