Qiang Sun (SHU surface Group)

Group leader at Materials Genome Institute of Shanghai University, working on surface science phenomenon&nanomaterials; high-throughput method; AI applications

[Tomas Torres Research Group @TTorresGroup]

Thrilled to share our new paper in @angew_chem!
We used on-surface chemistry to grow Fe- and Co-porphyrin nanotapes and explore their unique magnetic interactions! A great collaboration between @Empa_CH, @CFMdonostia, and @UAM_Madrid https://t.co/tl24e7xau3

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

We have demonstrated a way to grow multi-component molecular nanostructures on a surface, inspired from Venn diagram, high-throughput chemistry🧪.
https://t.co/KZu0wPpCTn

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Automating materials synthesis is hot🔥, here is our latest work on automating nanomaterials synthesis under ultrahigh vacuum chamber.
https://t.co/wOk3REOUha

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

@lmaperdigao Hi, Luis. It depends. The algorithm will suggest to apply either tip crashing or voltage pulse based on what it has "seen".

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Our latest work on integrating deep learning models to develop autonomous STM system conducting self-driving measurement and data analysis. Thrilled to explore more applications.
"Autonomous Scanning Tunneling Microscopy Imaging via Deep Learning" https://t.co/hmuqTiAuHX

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

@mog_kar Thanks, Amogh!

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Two relevant work that also take advantage of chalcogen atoms:
https://t.co/YWx7Yvfhzh
https://t.co/rwknqqkpky

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

We have explored how to use chalcogen atom, Te, to direct molecular self-assembly on surface @acsnano
Constructing Molecular Networks on Metal Surfaces through Tellurium-Based Chalcogen-Organic Interaction | ACS Nano https://t.co/9qHJahR1yD

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

We have explored how to use chalcogen atom, Te, to direct molecular self-assembly on surface @acsnano
Constructing Molecular Networks on Metal Surfaces through Tellurium-Based Chalcogen-Organic Interaction | ACS Nano https://t.co/9qHJahR1yD

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

By applying a physical mask in the vacuum chamber, we explored the growth of metals with gradient coverage on a millimeter scale substrate. #High-Throughput Method. @ChinChemLett
👉Preparing sub-monolayer metals with continuous coverage spread for hig... https://t.co/6pyyPYh5qV

[nanotech@surfaces Lab @NanotechSurfLab]

How to reliably demonstrate Kondo behavior by temperature-dependent scanning tunneling spectroscopy https://t.co/7nQay8jn2g

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Impressive video showing so many details uncovering what happen about molecules landing on surfaces

[Kelvin Anggara @vixklen]

Excited to share our recent @mpifkf works at #DPGSpringMeeting #DPG2024 #SKM24 @TUBerlin! Looking forward to feedback from the #physics and #stm communities. Also we are going to @MpiciPotsdam @BioMolSy on Tue to say hi to friends 😊

Really hoping that @DB_Bahn works 100% 🙏

[Dimas G. de Oteyza @dgoteyza]

If your reserch relates to on-surface synthesis, don´t miss your chance to submit your abstract to #OSS24
(https://t.co/I1DKHx0oTk) before the extended deadline: Marth 14th. Hope to see you in San Feliu de Guixols!

[Anna Roslawska @ARoslawska]

Just out in @NatureNano 🥳 - we show how to do photochemistry with submolecular precision☀️🔬⚗️

Great teamwork with @IPCMSlab @CNRS @FZU_AVCR @mpifkf !🍻
https://t.co/jJ3WNnOCS1
More below 👇(1/n)

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Chemistry that fits the occasion

[C&EN (Chemical & Engineering News) @cenmag]

Learn about some of the customs of Chinese New Year and the chemistry behind them in the latest edition of #PeriodicGraphics by @compoundchem: https://t.co/hqIts7DhpS

[Chemistry World @ChemistryWorld]

Cyclocarbons are deceptively simple looking. But it's only in the last few years that chemists have pushed the limits of synthesis far enough to gain insights into these forms of pure carbon – some of which could change how we define aromaticity.
https://t.co/7retXYugnd

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

@00alexx Thanks for sharing! Very useful codes, the illustration gets much improved.

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

🔬 Excited to share our new work on photoinduced on-surface synthesis. We try to offer novel perspectives in the study of light-induced chemical processes on surfaces.
@acsnano https://t.co/QsjwTSiSkn

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

Our latest work on #SurfaceSelfAssembly is out in ACS Nano, in which we seek to incorporate randomness into 2D molecular networks.
Order–Disorder Transition of Two-Dimensional Molecular Networks through a Stoichiometric Design | ACS Nano https://t.co/eaVJBMaTj1

[Qiang Sun (SHU surface Group) @SHUSurfaceLab]

😂😂😂

[Amazing Physics @amazing_physics]

Map Proves It’s A Cat’s World And We’re Just Living In It. https://t.co/aDqlrXa1LN

[Pablo Ares @pablerasares]

New version of WSxM available 🤗