Aqui tots som molt sabuts i despres passa lo que passa

Catalan/Valencian

Llastima. Es molt negatiu per a la llengua catalana que no s'accepte el nom compartit Valencià

Un altre mes inteligent ... pesats

Intelligencia aplicada a insultar els valencians

🎄Sending warm holiday wishes to the scientific community!

🌟This year has been full of exciting encounters all over the world, we hope you enjoyed it as much as we did!

See you next year to continue sharing science and innovation💫

Proud to announce that @juanbis.bsky.social leader of our group, has been recognized as a #HighlyCitedResearcher2024
by Clarivate!

Congratulations also to Hermenegildo García Gómez, Avelino Corma from ITQ (UPV-CSIC), and Luis Guanter from UPV for their recognition as HCR2024!

🌟 New method for f-factor in organic transistors

📚 @juanbis.bsky.social & Keene (2024) use high-frequency current lines to determine the f-factor in organic electrochemical transistors. Validated with excellent experimental results.

📖 Full paper: doi.org/10.1002/advs...

Enhorabona professora titular!

En València todo el mundo sabe, también las víctimas, que las competencias para actuar el día de la Dana eran del gobierno autonómico. En Madrid hay gente que hace malabarismos para señalar al gobierno central, a los meteorólogos o incluso a la ONU. Realidad contra propaganda.

Unraveling Ion Migration Mechanisms under Operating Conditions in Perovskite Solar Cells by Variable-Load Transient Photoelectric Technique Ion migration in perovskite solar cells (PSCs) significantly impacts their photoelectric performance and physicochemical stability. Existing research has predominantly focused on inhibiting ion migration through chemical strategies or observing it under open-circuit or short-circuit conditions. This focus has led to a limited theoretical understanding and control of ion migration under practical conditions, constraining advances in long-term stability. In this study, we introduce a novel variable-load transient photoelectric technique (VL-TPT) to investigate ion migration dynamics in PSCs under practical operating conditions. Results show that ion accumulation correlates with photogenerated carrier concentration under open-circuit conditions. During operation, ion accumulation decreases with reduced load, because charge is transferred to the external circuit, leading to a reduction in carrier concentration within the device. An unusual increase in interface ions is observed at low loads due to interactions between charges accumulated in the potential well and ions. Introducing FA+ in MA0.75FA0.25PbI3 devices suppresses ion migration in the open-circuit state but accelerates interface ion buildup under operating conditions. These findings provide valuable insights for enhancing device stability and performance.

Unraveling Ion Migration Mechanisms under Operating Conditions in Perovskite Solar Cells by Variable-Load Transient Photoelectric Technique

pubs.acs.org/doi/10.1021/...

👋 We're excited to be here and share updates on our conferences!

🚀To launch this new account there are some key moments from our #MATSUS24 conference, which took place last week in Lausanne, Switzerland

🔗Explore about our upcoming conferences at the website: www.nanoge.org/nanoGe-scien...

Falta un retor per al pack complet. Cañizares calfant?

PSOEjar farà

Preciós homenatge al camp del Llevant a les víctimes de la barrancà de València

Bruno where is the neuron? We want to see it

Mongetes?