All of the above was possible thanks to the amazing collaboration with organic chemist led by @XinliangF , the STM magicians at @NanotechSurfLab, led by @FaselRoman, the great theory work of Gonçalo Catarina (at EMPA) and Joao Henriques (@joao_cgh) (at @INL)

Highly Anion-Conductive Viologen-Based Two-Dimensional Polymer Membranes as Nanopower Generators (Xinliang Feng and co-workers) @XinliangF @mpi_msp #openaccess

Great collaboration with the groups of Joaquin Fernandez Rossier @jfrossier at INL and Xinliang Feng @XinliangF at TUD!

Our new MXene study comes out in Nat. Mater. We synthesized MXenes with triatomic-layer O-B-O terminations. A true effort of collaboration lasting over 4 years. Congrats to the team! @XinliangF @BonnMischa @WenhaoZheng15 @Crc1415 @cfaed_TUD @tudresden_de https://t.co/dPCrv0DCYY

Now online: News & Views on the Article by Junfeng Gao, Xinliang Feng, Renhao Dong & co-authors https://t.co/B299JApYIk ($) Skating on thin gallium by Mark Allendorf @SandiaLabs https://t.co/vbBUHuRIZV ($)

New progress from @ahiudm. We have achieved anion-involved Te0/Te4+ conversion in the Mg-Al-Cl complex electrolyte for Mg batteries. Absolutely a fascinating conversion reaction. Congratulations to the team. @XinliangF @cfaed_TUD @tudresden_de @Crc1415 https://t.co/O2lqNLklcB

Unlocking Four-electron Conversion in Tellurium Cathodes for Advanced Magnesium-based Dual-ion Batteries (Minghao Yu and co-workers) @MinghaoYu_TUD @XinliangF @cfaed_TUD @tudresden_de @Crc1415 #openaccess

Enhancing Chiroptical Responses in Helical Nanographenes via Geometric Engineering of Double [7]Helice (Ji Ma and co-workers) @WenhuiNiu @ji_ma43 @Xinliang @cfaed_TUD @mpi_msp #openaccess

Here two trilayer nanographenes has been synthesized. And we further boost the chiroptical properties by tuning the position of two helicene units

Now online: Article by Junfeng Gao, Xinliang Feng, Renhao Dong & co-authors On-liquid-gallium surface synthesis of ultrasmooth thin films of conductive metal–organic frameworks https://t.co/B299JApqSM ($)

Monolayer 2D MOF opens up new vistas for creating novel 2D vdWhs! Together with Stuart Parkin and Mischa Bonn, we reported the first 2D MOF/graphene 2D vdWh, showing strong interlayer coupling and a record-high photoinduced net charge transfer efficiency. https://t.co/1m0NEyw72m

📢📢📢News: Azulene and Stone-Wales topologies in Non-Benzenoid Nanographenes, by Nacho Urgel and co-workers! https://t.co/QThxPhq1SB @nacho_urgel, @nanosurflab, @XinliangF, @ji_ma43, @IMDEA_Nano, @cfaed_TUD, @FZU_AVCR

Tunable topological phases in nanographene-based spin-1/2 alternating-exchange Heisenberg chains https://t.co/onbWIzXCXG Combining STM and theory, we explore their properties, such as the dispersion relation for triplons. Great collaboration with groups of @jfrossier @XinliangF

What a way to end the week⚡️Today our work in @angew_chem exploring the on-surface synthesis of NGs embedding azulene and Stone-Wales units is out🎉 @nacho_urgel @XinliangF @davidecijalab @FZU_AVCR @IMDEA_Nano Read more⬇️ https://t.co/6vaA7iBsr4

Efficient on-water synthesis of highly crystalline 2D polyimide integrated with MoS2 flakes in hybrid vdW heterostructures for advanced (opto)electronic applications by @ultimate_itn partners from @cfaed_TUD @tudresden_de in @CommsChem (OA)! ⚗️💧🧩⚡️🚀 https://t.co/fucCZ5v626

Which carriers dominate charge transport in 2D conjugated MOFs? How to rationally regulate spin dynamics in 2D conjugated MOF? Here are the answers. Thanks for all the collaborators. @J_A_C_S @mpi_msp @cfaed_TUD @NanochemistryL @XinliangF @PSamori

🎉 Happy New Year, my dear friends and colleagues! 🥳 Wish all of you a year filled with joy, success, healthy and prosperity. Let's embrace new opportunities and make 2024 a year of growth and happiness together! 🌟🥂 All my best for 2024!

Our onsite workshop on 2D c-MOFs and Coordination Nanosheets brought together an esteemed gathering of over 40 researchers from around the world last week. Many thanks to each presenter for their contribution and to our chair for the strong support. @XinliangF @cfaed_TUD

Pushing Up the Size Limit of Boron-doped peri-Acenes: Modular Synthesis and Characterizations (@angew_chem): https://t.co/UQ4sFxsraN (@ji_ma43, @XinliangF, @cfaed_TUD, @mpi_msp).

Precision Graphene Nanoribbon Heterojunctions by Chain-Growth Polymerization (Xinliang Feng and co-workers) @ji_ma43 @XinliangF @cfaed_TUD @mpi_msp #openaccess