Spanopoulos Group
@SpanopoulosLab
Research Group at @usfchemistry. #HybridSemiconductors #PorousMater #MolecularEngineering #CrystalEngineering. Intrigued by challenges in materials development.
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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. pubs.acs.org/doi/10.1021/ja… #perovskites #photoswitches #semiconductors
Congrats to Mina, Ali and Nick for winning multiple awards for their excellence in research! Proud of you guys. #USF #Award #Chemisty
Have a look at our most recent perspective on the principles and promises of our new family of Porous Metal Halide Semiconductor (PMHS) materials. @ACSPublications #Perspective #porousmaterials #semiconductors #MyACSCover
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. 🔗 ccdc-info.com/3C4BR79 #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 pubs.rsc.org/en/content/art…
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. usf.edu/work-at-usf/ca…
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. x.com/ENERGY/status/…
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.🌎🔬 energy.gov/articles/us-de…
@OxfordPV becomes the first company to commercialize high-efficiency perovskite/Si tandem modules with their recent shipment to the US. A monumental achievement and a momentous one in our continuing fight against climate change. Read more below: oxfordpv.com/news/20-more-p…
onlinelibrary.wiley.com/doi/10.1002/ae… Thank you, @sciencebrush, for the amazing cover art for our Crystalline Fullerene Metal Halide Semiconductor materials.
Thanks Perovskite-info for highlighting our recent work on Crystalline Fullerene-based Metal Halide Semiconductors. perovskite-info.com/researchers-de… @perovskiteinfo #fullerene #solarcells
Congratulations, Mercouri Kanatzidis, on your election to the National Academy of Sciences! We celebrate your numerous remarkable accomplishments and unwavering commitment to advancing science. #NASmember @theNASciences @MercouriK Discover more ➡️ bit.ly/3Qvpbul
Crystalline Fullerene-based Metal Halide Semiconductors (FMHS)? Challenge accepted! We report the synthesis of the first member of a new family of materials, (C60-2NH3)Pb2I6. #perovskites #solarcells #passivation #fullerenes onlinelibrary.wiley.com/doi/10.1002/ae…
advanced.onlinelibrary.wiley.com
A Crystalline 2D Fullerene‐Based Metal Halide Semiconductor for Efficient and Stable Ideal‐bandgap...
The study reports the synthesis of the first crystalline 2D fullerene-based metal halide semiconductor, namely (C60-2NH3)Pb2I6. Utilization of the C60-2NH3I2 adduct as an interfacial layer in mixed...
Our new study demonstrates that low-dimensional, lead-free, chiral semiconductors with exceptional air stability can be acquired without compromising spin splitting and manipulation performance. #stability #chiralsemiconductors #spintronics #nonlinear pubs.acs.org/doi/full/10.10…
With Nobel Laureates Profs. Stanley Whittingham and Joachim Frank at the SIPS2023: Poeppelmeier International Symposium on Solid State Chemistry! #SIPS2023 #NobelPrize #Solidstate #Sustainability
Officially announced, spread the news!
The second member of the PMHS materials is water stable, ultra-microporous, direct band gap semiconductor with broad spectrum antibacterial performance! #perovskite #metalhalides #semiconductor #waterpurification #waterstability pubs.acs.org/doi/full/10.10…
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