Alberto Alvarez

Ramon y Cajal Fellow @CFMdonostia. Studying self-assembly in polymer and soft-matter systems for biosensing and adaptive surfaces.

[Alberto Alvarez @Alberto_AlFe]

Our new article is out! 🚀 Highlighting our recent advances in mesoporous thin films, from molecular self-assembly to responsive and hierarchical architectures for sensing and energy.
https://t.co/xzaSIp3qvO @AMR_Discovery @CFMdonostia @AgEInves

[Jon Maiz @JonMaiz]

Thrilled to share that our new article has been accepted in Advanced Materials! 💣@AdvPortfolio Exciting results and a big step forward. Special thanks to #AShibaev for the outstanding work and dedication! 👏 @CFMdonostia @BCMaterials @Ikerbasque #Ikur
https://t.co/n5cImoWSRN

[Accounts of Material Research - AMR @AMR_Discovery]

Unlocking the power of nanoconfinement!
An international team reviews "Mesoporous Thin Film Architectures" in #AccountsOfMaterialsResearch. By decoupling pore size from wall thickness and creating active, responsive interfaces, they're paving the way for next-gen sensors & energy devices.

https://t.co/NMFQSD7h9I
#MaterialsScience #Nanotechnology #SelfAssembly #EnergyMaterials #Sensing #ChemistryInnovation

[Jon Maiz @JonMaiz]

🚀 New paper just dropped!
Our latest article is now published!
Engineering Surface Chemistry to Enhance Ferroelectric Phase Formation in Ultrathin PVDF-TrFE Films https://t.co/iUcZoPAXzY
@Alberto_AlFe @CFMdonostia @AmerChemSociety @Ikerbasque @AgEInves

[Alberto Alvarez @Alberto_AlFe]

A collaborative effort with @JonMaiz @dr_kuato @AdReNa_Lab, Morgan Stefik and @MRCFaustini - and we made it to the cover! 🎉

[Alberto Alvarez @Alberto_AlFe]

Our new article is out! 🚀 Highlighting our recent advances in mesoporous thin films, from molecular self-assembly to responsive and hierarchical architectures for sensing and energy.
https://t.co/xzaSIp3qvO @AMR_Discovery @CFMdonostia @AgEInves

[Jon Maiz @JonMaiz]

Curious about sustainable high-dielectric polymers? Discover our latest research! 🌱🔬 now published in Journal of Materials Chemistry A @RoySocChem @CFMdonostia @Ikerbasque https://t.co/yfucm095fW

[Alberto Alvarez @Alberto_AlFe]

Really happy to see this published! Great team effort, and this is just the beginning. More to come soon! 💪🔬 Thanks @ACSPublications for the opportunity!

[Jon Maiz @JonMaiz]

Good to see this article out! It is always good to collaborate with friends. @Alberto_AlFe #GuiomarHernández @uppsalauni @CFMdonostia @Ikerbasque
Unlocking Solid Polymer Electrolytes: Advancing Materials through Characterization-Driven Insights | JACS Au https://t.co/rji0fvq8vl

[Jon Maiz @JonMaiz]

Tailoring thermal and structural properties of PVDF-based blends: Role... https://t.co/b3trGPEPWD
Great to see Manu’s first PhD article published. Congratulations to all the authors! @CFMdonostia @Ikerbasque @AgEInves #IKUR

[Jon Maiz @JonMaiz]

🚨 We're hiring! 🚨
Join us as a Postdoc in Polymers & Batteries 🔋🧪
Work on cutting-edge materials, solid electrolytes & advanced characterization.
📅 Apply by June 23
👉 Don’t miss this exciting opportunity!
https://t.co/oUzpY26uRP
@CFMdonostia @Ikerbasque #IKURstrategy

[Alberto Alvarez @Alberto_AlFe]

From flat to curved: block-copolymer lithography enables the fabrication of supported lipid bilayers with controllable curvature, showing important implications on protein interactions. Open access in @JMaterChemB 👉https://t.co/KpDdN7MRzO @CFMdonostia @armanmaestro @Ikerbasque

[Max Jara Fornerod @MaxiJaraForn]

We detected DNA electrochemically using an electrode coated with a self-assembled nanochannel array!
Find the last work from my PhD at @AdReNa_Lab @uclchemeng in the link:
https://t.co/oMm3MtdMYn

[Alberto Alvarez @Alberto_AlFe]

Proud to have contributed to this work! 🚀Sulfonated PEEK membranes are opening new doors for high-efficiency flow batteries. Curious? Dive into the details here 👇👇👇#EnergyStorage #Innovation 🔋

[Qilei Song @QileiSong]

Pleased to share our recent publication in @Joule_CP The microporous sulfonated PEEK membranes are highly conductive and enable high energy efficiency in a range of flow batteries. Check out the paper with open access: https://t.co/t6jWeG2sPH

[RSC Applied journals @RSCApplied]

Come and meet the authors of 'Advancements in Polymer Nanoconfinement: Tailoring Material Properties for Advanced Technological Applications'. Featuring author insights to the article. 👇
https://t.co/XBPvOu6oj3
OR scan below to read the article

[Armando Maestro @armanmaestro]

New work with @Alberto_AlFe! We show that SARS-CoV-2 fusion peptides can self-assemble into spiral-like structures at interfaces, serving as templates for creating gold metallic replicas. Thanks: @CFMdonostia @Ikerbasque @ILLGrenoble

URL: https://t.co/HDrgK0VWmM

[Alberto Alvarez @Alberto_AlFe]

#Out in Small (@AdvPortfolio) our latest study on curcumin–laponite nanoparticles for controlled curcumin delivery into lipid bilayers. Insights from #AFM and #neutronreflectivity. @armanmaestro @EsterVerdeSesto @CFMdonostia @ILLGrenoble @Ikerbasque https://t.co/lL4c2jaIUa

[Alberto Alvarez @Alberto_AlFe]

In our recent study of hyperbranched polyglycerols, leaded by @FBarrosoB, #AFM was essential for validating the synthesis, providing clear visual confirmation of polymer's structural variations driven by differences in core topology. Check out the full study here 👇👇👇

[Fabienne Barroso @FBarrosoB]

I am pleased to announce our recently published article on POLYGLYCEROLS with different CORE topologies in Macromol. Rapid Commun.
https://t.co/dshSEdFF9S
Thanks to all the authors for this wonderful collaboration!
@DIPCehu
@CFMdonostia
@Ikerbasque
@ehuscientia
@UniOslo

[Alberto Alvarez @Alberto_AlFe]

A great team effort with @JonMaiz, shedding light on the practical applications of #polymer nanoconfinement. Thank you @RSCApplied for the opportunity!

[Jon Maiz @JonMaiz]

Great to see our perspective article published! @aalfer_25 @CFMdonostia @Ikerbasque
Advancements in polymer nanoconfinement: tailoring material properties for advanced technological applications - now published in RSC Applied Polymers https://t.co/xJ8nsuytzS

[Alberto Alvarez @Alberto_AlFe]

Amazing work led by @anqi_wang521 and @QileiSong! I'm grateful for the opportunity to be part of this and have contributed to its success—thank you!

[Anqi Wang @anqi_wang521]

Today ��@Nature⁩, we ⁦@QileiSong⁩ report polymer membranes with finely tuned sub-nanometre pores, achieving high ion selectivity for redox flow batteries. https://t.co/0fLc4j6sp5