In 2012, we reported the first solid-state halide perovskite solar cell, introducing a concept that was far from obvious at the time. This Perspective revisits how that idea emerged, the experimental path that led to it, and how the field evolved from those early results. It also helps clarify aspects of the early history that have become blurred over time.
https://t.co/Y2tm0CKaJn�
"The First Solid-State Halide Perovskite Solar Cell". An insightful viewpoint by @MercouriK elucidating the timeline of fully solid-state perovskite solar cells.
#perovskites#history#firstreport
https://t.co/kf2mbfRKm3
Humbled and honored to be selected as one of the "2025 Rising Stars in ACS Organic & Inorganic Au". Grateful to my students, collaborators, and mentors whose creativity and dedication make our work possible. #ACSPublications#ACSOrganic&InorganicAu #RisingStars2025#Innovation
Are Phosphonium-based metal halide semiconductors (MHS) the next step in the structural evolution of conventional ammonium-based MHS? Evidently, yes! permanent water stability, improved thermal stability and tunable redox properties! @ACSPublications
https://t.co/suHCeouBNv
We thought metal halide semiconductors had shown us everything—until now. Our new biocompatible PMHS materials can mitigate K. brevis HABs with performance rivaling current chemical agents.
#HABmitigation#redtide#semiconductors#waterstability
Photo-switchable perovskites in the solid state? Challenge accepted!!
Have a look in our recent #JACS, on the development of a new strategy for the reversible photo-isomerization of 2D perovskite materials.
https://t.co/uMmim4hUKD
#perovskites#photoswitches#semiconductors
We are so excited to give a talk at the #ACSSpring2025 "ACS Award in the Chemistry of Materials: Symposium in Honor of Mercouri Kanatzidis"! Mercouri huge congrats! we are bracing for the awards to come...
Novel cases of strain-promoted cyclotrimerizations of alkyne CPPs to make pinwheel-like nanostructures are reported in @J_A_C_S .
CSD Entry XUKQED packs into an interdigitated structure with extensive solvent-filled channels.
🔗 https://t.co/7Jp3ja0Rfy
#FeaturedStructureFriday
Combing chirality and magnetism: (S-/R-THBTD)2CuCl6 features a paramagnetic to ferromagnetic transition at around 4 K, while its magnetic and optical properties are maintained after 1 year of air exposure.
#magnetism#chirality
https://t.co/jmVkQ20u8i
We are hiring! We are looking for a Post Doctoral Fellow with strong expertise in electrochemistry, electrocatalysis and/or solid-state batteries to join our research team.
Job ID# 37961.
https://t.co/5ATUyvORqv
We are humbled and honored to have been selected as a recipient of the DOE Early Career Research Program award! The grant will support the work on our novel Porous Semiconductors and exploit their potential for energy-related applications.
https://t.co/QeJ1fJinyt
NEW: We're investing $138M in 91 early career scientists across the U.S. to advance cutting-edge research in AI, fusion energy, quantum, and more!
This critical funding will shape the next generation of STEM leaders.🌎🔬
https://t.co/RZO2QUWsT1