Research group @epfl on photosystems that generate electric power or fuels from sunlight. Directed by Prof. Michael Graetzel. Managed by group members.
Check out our latest work on the challenges that govern the formation of FA-based higher-n layered perovskite phases, now published in Advanced Electronic Materials. Enjoy the read!
https://t.co/usWkVQYktx
@jovana_v_milic@SmartEnergyMat@MerkleInstitute
Congratulations Dr @GhewaAlsabeh on defending your thesis earlier this month @EPFL_en🇨🇭🎓through co-supervision of @jovana_v_milic@MerkleInstitute & Michael Grätzel @lpi_epfl - we are proud of your academic achievements as a scientist and leader, wishing you continued success!👏🏼
Kicking off the @NatureConf#perovskite! 🚀
🗣️First session dives into Pb/Sn perovskites, Rb incorporation, 2D/3D interfaces & photoelectrochemical stability.
https://t.co/naNhnLQ51L
🌱🔬
📸Participants of #HOPV25@nanoGe_Conf gathered for a group photo at the beautiful Palazzo Brancaccio in Rome!
👉A great setting to share research, ideas, and connect with the hybrid and organic photovoltaics community.
🔗Visit the website: https://t.co/irKTh1Df9u
retweet @ ERC_Research: ERC grantee Michael Grätzel is pioneering a new generation of #photovoltaic solar technologies that are highly #reliable & cost #effective.
Get inspired, 🎧 or 👀 how 👉 https://t.co/BnbmcljMZD
@lpi_epfl#climatechange#EUGre…
Kicking off 2025 with the first group meeting of the year at LPI where Prof. Graetzel shared exciting updates from the latest conference 🔬
Here's to a year of innovation and collaboration✨
I’m happy to share that I've recently co-authored and published two manuscripts as a co-first author. This milestone reflects the hard work and collaboration with my colleagues
Thanks to everyone who supported us throughout this journey @jovana_v_milic@SmartEnergyMat@lpi_epfl
I got the chance to share my work on perovskite solar cells, and to chair two sessions with my colleague Imme Schuringa, one of which we fully organized titled “Raising a New Generation of HOPV Scientists” in #HOPV24
Thanks @jovana_v_milic and @brunoehrler for this great chance🫶🏼
Excited to see this work finally in press @JMaterChem C after years of a very special collaboration on #hybrid#layered#perovskite#ionics ⚡️💡🧪🔸- congratulations @ducinskas & co-workers @lpi_epfl & @mpifkf - looking forward to the continuation! 🙌🏼
➡️ https://t.co/5LhqdRgrYz
A special #birthday celebration for Prof. Michael Grätzel, with dear colleagues and friends - happy 80th anniversary, Michael! 🎉 It has been a unique pleasure and a great honor to work with you - thank you for your leadership, mentorship and support - to many decades ahead!🥂
🟢#HOPV24@nanoGe_Conf special session in honour of Prof. Michael Graetzel @lpi_epfl brought together leading speakers in the field.
🗣️ Together with Prof. Hagfeldt, Prof. Freitag and Prof. Bach gave insights on #PerovskiteSolarCells#AI#Photovoltaics
🔗https://t.co/jgaaQ9BpvA
I very much enjoyed my day @lpi_epfl. I greatly appreciate the incredible hospitality & insightful discussions with @jovana_v_milic. Glad I had the chance to catch up with Prof. Graetzel. Looking forward to my second talk at the Adolphe Merkle Institute of the University of Fribourg on Thursday.
Inspiring visit and seminar by @BilalRKaafarani@lpi_epfl today on innovative framework materials in organic electronics and transformative education at #AUB 👏🏼 - thank you for stimulating discussions - looking forward to the continuation and emerging collaborative initiatives!🙌🏼
🌟We are excited to unveil our speakers for the upcoming conference #ViPerCon2024🧑🎓👨🎓 Lots of exciting talks & discussions on #perovskite solar cells☀️stability 📈& characterization📈
📅3rd April⏲️9:50 a.m
⚡️Register now👇
https://t.co/gCyGjkXZ6k
@miliba01@fzj_iek@Uni_Stuttgart
Fascinating insights from Prof. Michael Grätzel 👏 on templating perovskite crystal growth & the potential of wide band gap perovskite solar cells with low Voc deficit. Plus, high efficiency & Voc of 29.3% & 2.175V in perovskite tandems with new WBGPSC🌟 @lpi_epfl#ViPerCon2024
🌞Exciting News! 📢 #FMED@ucl , in collaboration with @lpi_epfl and @Cambridge_Uni , unveils the future of solar energy with innovative carbon-based electrode and inorganic HTM approach for low-cost and stable single-junction #perovskite solar cells. 🌍🌅
https://t.co/zsVaKi9HsP