Roberto Robles

200 years ago M. Faraday discovered benzene, but we are still learning about it. Just published in @acsnano, we show that direct interaction over 1 nm orders a network of benzene rotors mounted on triangular platforms. @kieluni @CFMdonostia @ESIMproject pubs.acs.org/doi/full/10.10…

Check out our last article about spin qubits published in @NatureComms. Nice collaboration with our Korean friends @QNSscience @CFMdonostia @DIPCehu #OpenAccess nature.com/articles/s4146…

📢 NEW JOB OFFER❗ ➡️ Postdoctoral Researcher 🤝 Theory & Simulation Group*, led by CSIC Prof. Pablo Ordejón *AuSpire project on Planetary Wellbeing connecting Spanish & Australian research communities. 🎯 Apply 👉 f.mtr.cool/thcjhrdqyb  🔃 RT appreciated! #BarcelonaJobs

The paper has been featured in "Chemistry in Pictures: Getting in the groove" cen.acs.org/physical-chemi… via @cenmag @CFMdonostia @kieluni

200 years ago M. Faraday discovered benzene, but we are still learning about it. Just published in @acsnano, we show that direct interaction over 1 nm orders a network of benzene rotors mounted on triangular platforms. @kieluni @CFMdonostia @ESIMproject pubs.acs.org/doi/full/10.10…

📃 NEW PAPER OUT❗  🤔 A team led by Dr Marc G. Cuxart has shown that MnTe can change its #magnetic behavior when reduced to just a few atomic layers, which could be key in next-gen #Spintronics. 🤝 @ImdeaMaterials @CFMdonostia @ALBAsynchrotron  ℹ️ bit.ly/3JXmvFI

From our side, the project required more than 1700 calculations and 1.1 million of CPU-hours. The last three articles have been published in #OpenAccess

These are fascinating systems showing the magic of porphyrins and how powerful on-surface synthesis can be to create new chemical compounds. Finally, I want to thank everybody involved in this quite fruitful collaboration. Good job everyone!

Just published! Hot paper in @angew_chem in collaboration with @Empa_CH @TTorresGroup @SHUSurfaceLab @UAM_Madrid @IAdChem @DIPCehu @CFMdonostia Opening thread 👇 onlinelibrary.wiley.com/doi/10.1002/an…

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 onlinelibrary.wiley.com/doi/10.1002/an…

@ifimacuam @GEFES_RSEF @fmcatuam @fismat_UAM @CienciasUAM @UAM_Madrid @IMDEA_Nano @upvehu @icn2nano Check the article at advanced.onlinelibrary.wiley.com/doi/10.1002/ad… @CFMdonostia

⁉️Does Altermagnetism Persist at the 2D Limit? New article at Advanced Functional Materials 👇 ifimac.uam.es/research-highl…

@CFMdonostia @IMDEA_Nano @CSIC @upvehu @UAM_Madrid @qphensurf @ifimac @SynchrotronAlba Check the paper in advanced.onlinelibrary.wiley.com/doi/10.1002/ad… #OpenAccess

💡CFM´s HIGHLIGHT ⚛️🧲Does altermagnetism persist at the 2D limit? 🫂Marc G. Cuxart, Roberto Robles, et al @IMDEA_Nano @CSIC @upvehu @UAM_Madrid @qphensurf @ifimac @SynchrotronAlba @compthesml ➡️ cfm.ehu.es/highlights/doe…

📢New paper out in Adv. Funct. Mater. 👉advanced.onlinelibrary.wiley.com/doi/10.1002/ad… We explore the behavior of MnTe, an altermagnet, as it approaches the 2D limit — revealing emergent magnetic structures that could enable novel spintronic functionalities @IMDEA_Nano @ALBAsynchrotron @AdvPortfolio

Just published in Advanced Functional Materials! How the MnTe altermagnet behaves in the 2D limit? Nice collaboration between @icn2nano @IMDEA_Nano @ALBAsynchrotron @CFMdonostia #OpenAccess advanced.onlinelibrary.wiley.com/doi/10.1002/ad…

and our more recent work, over the magnetic substrate GdAu2: advanced.onlinelibrary.wiley.com/doi/10.1002/ad… with @EdensLeonard, other #QPM'lers, and @depena33, @thofrederiksen

We've got a new PhD!👏 Today, Divya Jyoti defended her #PhD thesis 'Properties of magnetic molecules on superconducting and normal metal substrates', under the supervision of Nicolas Lorente (@CSIC, DIPC) and Deung-Jang Choi (@CFMdonostia, @Ikerbasque, DIPC) Zorionak Divya! 🥳