Looking for your PhD opportunity? Join #PHYNEST:
we will train 25 PhD fellows across 5 areas: energy-efficient materials and devices, climate-change and carbon monitoring, advanced sensing, and the social history of energy.
Topics: webs.uab.cat/phynest/researc…
#OpenCall! The #PHYNEST @MSCActions #PhD programme on advanced materials, energy and climate solutions is now open!
25 fully funded positions with 48-month contracts
Apply by 28 Feb 2026 (24:00 CEST), via webs.uab.cat/phynest/call/
📢Ja s'acosta la 18a edició de la #FestadelaCiència de #Barcelona, amb més de 160 activitats de divulgació científica, i la participació d'investigadorxs @IREC_Energia en diversos tallers i demostracions
➡️Seguiu el fil per trobar-nos entre la multitud 🧵⤵️
#IRECoutreach@iCERCA
🤩 The first batch of projects have presented their technologies at the Demo Day organized by #TheCollider and Mobile World Capital Barcelona within the #barcelonadeeptechsummit!
Today, four pioneering projects from leading research institutions, which are being developed with the help of The Collider programme, have introduced their solutions at the Cleantech & Industry Track.
Don’t miss tomorrow’s Demo Day, featuring ⚕️ Health innovative projects.
Check the agenda: loom.ly/tJNv9nU
📢This morning @atlab15@IREC_Energia hosted the visit of Dr. Thomas Defferriere from the Massachusetts Institute of Technology @MIT, who presented his cutting-edge research on "Grain Boundary Space Charge Engineering in Ceramic Ionic Conductors" @mit_dmse#IRECevents
The 16th EUROPEAN SOFC & SOE FORUM 2024, chaired by @alberttarancon has finished! Amazing week in Lucerne. Many and great contributions from our group, here are some pics of their contributions!
#HyP3D! Last Sunday, we engaged with the public to share our groundbreaking work on 3D printing high-pressure solid oxide electrolysis cells at #festadelaciència . 🌍🔋 Thank you to everyone who joined us and showed interest in sustainable energy solutions! #3DPrinting#hydrogen
🚀 Excited to share our latest research on #LiMn2O4 cathode stability in aqueous electrolytes! Using advanced techniques like VEPALS, TERS, and macro-Raman spectroscopy, we've uncovered fascinating insights into this material's behavior.
pubs.acs.org/doi/10.1021/acs… 🔋🔬 #BatteryTech
New paper out from our group in @ChemMater ! This time, a #battery paper revealing some good stuff happening at grain boundaries in LiMn2O4 cathodes in aqueous batteries, revealed by Tip-Enhanced Raman Spectroscopy (TERS).
Check it out! #battchatpubs.acs.org/doi/10.1021/acs…