Proud to be an equal first-author of the paper at @NaturePhotonics revolutionizing X-ray imaging with perovskite detectors. Our research shows exceptional detection efficiency & long-term stability of hybrid perovskite single crystals @KAUST_News@ETH_en https://t.co/cRGU6f6a1U
@iztechquantum@ProfYusufBaran@Psibilim@KuantumTurkiye @NQOLab @QuantumYear2025 Keske kimin ne anlattigini da yazsaymis organize edenler. Sadece isimlere bakarak mi karar verecek katilimcilar hangisi ilgilerini cektigini anlamak icin. Ya da zaten zorla basta sona katilim zorunlu mu? Organizatorler heralde her konusmada yoklama alacak gibi :)))
I’m thrilled to share our recent publication, "Single Crystals of Organometallic Manganese Halides as Sustainable High-Luminescence Materials for X-ray Scintillation," in the Journal of Materials Chemistry C. Thank you to everyone who contributed to this work
I'm presenting on #SingleCrystal#Perovskite with groundbreaking electron diffusion (11:30, Hynes Rm: 300) and their X-ray detection applications (8:45, Hynes Rm: 311). Both on 28.11.23 .
📍 Join us at #mrsfall2023 in #Boston for these important sessions!
Our latest achievement: breaking 24% PCE with thermal stability in single-crystal perovskite solar cells, transitioning to FAPbI3-based, now in @ACSEnergyLett
thanks to all collaborator and Prof. Osman Bakr @BekirTuredi
https://t.co/Y6pawdP4ay
It takes ∼a month for single-crystal perovskite solar cells to to plateau their efficiency. Why that slow? Due to the slow escape of trapped solvent https://t.co/qh6ybu5KJ6
@vahid_kn76@MSaidaminov Please consider that the measutements is not under 1-sun. It is measured under white light. The main idea of the article is to reach highest efficiency in short amount of time compared to 1 month of storage and increasing the PCE. The PCE under 1-sun should be around 20- 21%
Bakr and collaborators @KAUST_News report the growth of mixed-cation FA0.6MA0.4PbI3 perovskite single crystals on a hydrophilic self-assembled monolayer {SAM, [2-(3,6-dimethoxy-9H-carbazol-9-yl)ethyl]phosphonic acid), (MeO-2PACz)} HTL surface https://t.co/TX2Q3wZHJF