We are also on the blue side 🦋 see you there!

This was also Ana's farewell party after 3 years in our group as a postdoc AND emoji specialist for @nanosurflab tweets 👩🏻‍🔬 Good luck for your future adventures, you will be missed!

...and of course proper Czech beer 🍻 visiting a local family brewery

We are back from our group retreat in the beautiful Liblice palace 🏰 thanks to our guests for their contributions! We had 3 days of great science...

🚨New Paper Alert!🚨 In our latest study, we reveal the atomic-scale structure of β-cyclodextrins using nc-AFM and DFT calculations. A lot of potential here for applications in biomedicine and materials science👩‍🔬 Check it out in @NatureComms 👇 https://t.co/T8MZIwknJG

.@nanosurflab, @Brunodltorre, et al. use low-temperature STM/#AFMimaging & #spectroscopy for atomically precise controlled manipulation of topological state hybridization in pentacene polymers. @CzechAcademy @UPOlomouc @FZU_AVCR @NanoCINN #OpenAccess: https://t.co/NN8hZwhY9H

Online now: Globally aromatic odd-electron π-magnetic macrocycle https://t.co/BlLWHQRuS9

Third tweet of the day, admins are tired, no original ideas Please, just check out our new @NatureSynthesis paper about delocalized solitons! https://t.co/Ges6x3W4bt

📍Interested in topological 1D polymers? In our recent work we investigate the hybridization of topological states tuning the spacer by tip-induced dehydrogenation⛓️🔍 More details in @acsnano https://t.co/MQttzk8Ak7

After a long journey, we are thrilled to share our work published in @Chem_CP addressing the new concept of super radical🦸 Here is our big delocalized pi-magnet macrocycle with a doublet ground state and global aromaticity 🔘🔘 Read more 👉 https://t.co/0Ibz20Ugym

🚨Theory Alert🚨 Modelling Kondo physics in poly-radical organic molecules👨‍💻@PhysRevB A joint effort from @DIPCehu @upvehu @FZU_AVCR Link below👇 https://t.co/Rws6t5Gisd

🚨PhD Position! 👉Don't miss this opportunity to research with @EsisnaI's team

The latest issue of Nano Letters is live! On the cover: "Unveiling the Interlayer Interaction in a 1H/1T TaS2 van der Waals Heterostructure" Learn more: https://t.co/9rOcFB23WY

In our latest collaboration we explore the transparency properties of the 1H/1T-TaS2 vdW heterostructure 🪟 originated from a weak electronic coupling between the layers Full article on @NanoLetters 📨 https://t.co/IIq49XtMxv @IMDEA_Nano @DIPCehu @CFMdonostia @FZU_AVCR

🟦Our work is in the latest issue of @angew_chem🟦 We explore the possibilities and limitations in the #photochemistry of anhydride-based molecules on a semiconductor surface💡🧙‍♀️ Read more #openacces 👇 https://t.co/ZkLWIZmgcV @FZU_AVCR @IOCBPrague @psich_en @CNR_ISM

#NANOGUNESEMINARS 📆 10 JUL 2024, 10 am 👉 Strongly correlated pi-magnets driven by e-ph and e-e interaction  🗣️ Pavel Jelinek, Czech Academy of Sciences

📢The "ideal PhD programme" from IMDEA Nanoscience is open📢 Are you interested in on-surface synthesis and molecular magnetism? Apply with us📩 🗓️Deadline: August 23 Read more details here: https://t.co/EYv0110HDm @IMDEA_Nano @MSCActions @HorizonEU

Interested in polymers at interfaces? Check out our latest review at Advanced Materials: https://t.co/LYs4RBzP0I @nazariolab @nacho_urgel @nanosurflab @IMDEA_Nano

Controlling On-Surface Photoactivity: The Impact of pi-Conjugation in Anhydride-Functionalized Molecules on a Semiconductor Surface (Pavel Jelinek and co-workers) @nanosurflab @IOCBPrague @FZU_AVCR @CNRsocial @psich_en #openaccess

🎓 Big congratulations to @a_pinar92 who successfully defended his PhD thesis 🎉📚 While we're sad you're leaving us after 4 years in the group, we wish you all the best for your new chapter at @QNSscience!