Last week, Dimitra travelled to the #MATSUS25 Fall Meeting in Valencia! There, she presented our research on mixed conductivity in electrochemically and chemically doped polymers and connected with the community! Thanks a lot Dimitra for the nice presentation!
Now that the @nanoge.org #MATSUS25 Fall Meeting concluded, join our symposium on #photocatalysis for #solar fuel and chemical #synthesis next March in Barcelona!
#MATSUSSpring26 #PhotoSynth
Oral abstract deadline: 24 Nov 2025
www.nanoge.org/MATSUSSpring...
💥Huge thanks to all #MATSUS25 @nanoGe_Conf participants for an amazing week in València advancing #SustainableDevelopment!
🟠Get ready for #MATSUS26 Spring in Barcelona with 45 symposia on advanced materials and sustainability
🔗Register here now: https://www.nanoge.org/MATSUSSpring26/home
Emanuele Marino finishes off the #EmergentNano session with a banging talk on configurable superstructures based on semiconducting nanocrystals 🎆 #MATSUS25 @nanoge.org
Quinten Akkerman develops hybrid ligands with dual colloidal and electronic interactions with quantum dots, because two is better than one! #EmergentNano #MATSUS25 @nanoge.org
💡Advancing light and thermal science at #MATSUS25 with insights on multi-photon phosphors, live monitoring of photosynthetic proteins, and spatiotemporal microscopy of nanomaterials and phase-change materials.
🔗 nanoge.org/MATSUSFall25/home
Kyung Joong Yoon is building charged carrier highways by infiltrating electrodes with networks of electron-rich pathways #EmergentNano #MATSUS25 @nanoge.org
What do ping pong and tennis balls have to do with #EmergentNano nanocrystals? 🤷🎾🏓Maria Ibanez explains the mechanisms behind the temperature-driven transformations of nanocrystals at #MATSUS25 @nanoge.org
🟣Wrapping up #MATSUS25 with perovskite breakthroughs: nanocrystals in nanoporous scaffolds, ionic-optical effects, magnetically-doped spin studies, and lead-free quantum dots for advanced optoelectronics.
🔗More info at the website: nanoge.org/MATSUSFall25/home
Anisotropy, not anarchy!
Florian Schulz brings order to the world of anisotropic #EmergentNano nanoparticles, untangling plasmonic and catalytic effects at #MATSUS25 @nanoge.org
Matias Feldman plays hot potato with his #EmergentNano nanocrystals by modeling heat transport from the local thermal hotspots within 🥔🔥 #MATSUS25 @nanoge.org
In his #EmergentNano talk, Apurba Mahapatra shows how cutting your ligands shorter can make improve conductivity and minimize defects in quantum dot-based photodetectors. TLDR short ligands = good. #MATSUS25 @nanoge.org
In the showdown between kinetics and thermodynamics, Carlos Bassani’s kinetic Monte Carlo model predicts who wins the fight for #EmergentNano nanoparticle shape supremacy ⚔️ #MATSUS25 @nanoge.org
👉More talks in #MATSUS25 on nanocrystal innovations: liquid crystal hybrids, kinetic Monte Carlo for shape control, plasmonic supercrystals, thermal transformations, and emergent properties in confined assemblies.
🔗Visit the website: nanoge.org/MATSUSFall25/home
Technical organizers steal @feldmannlab.bsky.social away from the #MATSUS25 social dinner for a photoshoot 📸
@nanoge.org
Problems with getting more consistent crystal orientation for Sb2S3 photocathodes ? Mina Ghorbani's #PecVal poster has the solution! #MATSUS25 @nanoge.org
By studying different solvent effects, Keshav Nagpal discovers the secret behind growing the best #EmergentNano ZnO nanorods #MATSUS25 @nanoge.org
Exploring the future of materials science at #MATSUS25 Poster Session on topics:
👉Solar and Optoelectronics
👉Energy Storage
👉Catalysis and CO₂ Conversion
👉Bioelectrochemical System
👉Materials Characterization and Interface Engineering
🔗More info: https://nanoge.org/MATSUSFall25/home
Arghyadeep Garai proudly shares TEM images of his beautiful Cs2CoBr4 #EmergentNano nanoparticles at #MATSUS25
@nanoge.org
🔋Exploring next-gen solid-state batteries at #MATSUS25 with talks on ceramic thin-film & thick electrodes, cold-sintered electrolytes, cathode recycling, interfacial challenges, and in situ characterization of advanced battery materials.
🔗 nanoge.org/MATSUSFall25/home
Contagious chirality : Augustin Mihin's #EmergentNano aporoach uses pre-patterned stamps to imprint nanostructures and shows that chirality is transferred to adjacent materials #MATSUS25 @nanoge.org
Taehee Kim places quantum dots in chiral 🔥hotspots🔥 to create #EmergentNano chiral light sources #MATSUS25
@nanoge.org
Embrace your curls 🧑🦱✨ Cherie Kagan squeezes out the ligands in between nanocrystals to make curled, dense layers of #EmergentNano nanocrystals with configurable optical properties #MATSUS25 @nanoge.org
Manuel Abellan Minana's #SolBat talk highlights the application of this year's Nobel prize-winning MOFs to create electrodes for next-generation Li-ion batteries #MATSUS25 @nanoge.org
How to make a supercrystal *extra* super? 🦸 In the #EmergentNano session, Marcus Scheele explains how he does it through super tight control over its positioning and alignment #MATSUS25 @nanoge.org
🌱 Driving sustainable energy innovation at #MATSUS25 with talks on nanomaterials for advanced systems, electrolyte engineering for glycerol oxidation, perovskite photoelectrocatalysis, solar photochemistry, and supramolecular electronics.
🔗 nanoge.org/MATSUSFall25/home
Mirror, mirror, on the wall, who's the phasiest of them all?
Sreeparvathy Puthiya Covilakam models mirror symmetry breaking in anti-perovskites and the resulting highest-order Dirac phases #TMEM #MATSUS25
@nanoge.org
