Synthetic inorganic/organometallic/organic group. f-elements coordination chemistry; circularly polarized luminescence; a touch of actinides and carbenes
Another story from my sabbatical time @bioactinide@BerkeleyLab out @ChemicalScience! We resolve the crystal field splitting of a chiral picolinate-Cm complex using a combination of CPL and emission spectroscopies.☢️https://t.co/zspK75igtz
New story from my sabbatical time @bioactinide@BerkeleyLab out @angew_chem! Unusual sensitization of americium and CPL! Ugly spectra due to instrument limitation but promising for the future! A hot☢️hot 🔥paper 😉! Awesome work from Josh, Jen, and Appie! https://t.co/PiAqqraoUt
Improved Energy Transfer in the Sensitization of Americium Enables Observation of Circularly Polarized Luminescence (Gaël Ung and co-workers) @Ung_Group and @bioactinide https://t.co/jzG7psNIk2
Are you interested on Circularly Polarized Luminescence of lanthanide compounds?
Please check out our review just published on Coordination Chemistry Reviews523 (2025) 216279. https://t.co/um00A4ZhJx.
Our first story from my sabbatical adventure @bioactinide@BerkeleyLab is out @InorgChem! We witnessed curium luminescence upon reprocessing which inspired a ligand for Cm CPL. Fantastic work from @appiep and the whole team! Stay tuned for more soon-ish! https://t.co/WhQklcAl2F
Spirane Sphenol. Has a nice alliterative ring to it. End the week by reading our latest article by @Ung_Group on NIR circularly polarized luminescence activity https://t.co/n580LCgWOw
Have we reached some limitations? Check out David's work @InorgChem on using the sphenol ligand for lanthanide CPL, some metric improvement but both ligand and complexes are somewhat sensitive, teaching us some valuable lessons for future ligand designs! https://t.co/FbiU0foJxY
Joseph's latest paper is out! Check out his heroic work making and using perfluorinated binol as ligand for erbium. Lots of synthesis, lots of spectroscopy, lots of tears looking at crystallizations oiling out... But our love for fluorine is still strong! https://t.co/AmeTwZJd90
Good bye @BerkeleyLab! It's been 4 fantastic months. Thank you @bioactinide for being the best host!! I will miss all of you... Stay tuned for some glowing chemistry coming soon!! ✨#shinyactinides
To promote inclusivity and diversity, the 2024 Inorganic Chemistry Gordon Research Seminar aims to support attendees whose institutions are unable to cover costs. Please consider contributing! #diversityinchem#chemtwitter#inorganicchemistry https://t.co/ZKaTqlHkal
2024 Inorganic Chemistry Gordon Research Seminar registration is open! @ANagelski and I are developing an amazing line-up of scientists from academia, industry, and government. Apply now! https://t.co/QyukGF2k6W #chemtwitter#chemistry#inorganicchem
Very happy to extend our survey of photosensitizers to corrole analogues in this new 🇳🇴🇺🇸 collaborative paper: Transition-Metal Isocorroles as Singlet Oxygen Sensitizers #corrole#isocorrole https://t.co/ePecY9RilX
More structural clues about how to improve CPL metrics, but this time in the near-infrared! Check out Joseph's awesome work @ChemEurJ to unlock the secret of Vanol-Ln complexation. https://t.co/adztfOPixR
📢Our #SpecialCollection on Circularly Polarised Luminesence is now complete and #FreeToRead until the end of March!
Contributions by Chuan-Feng Chen, @DrMichaelJHall, Minghua Liu, Yoshitane Imai, Claude Piguet, @LorenzoDiBari6, @Ung_Group + many more!
➡️https://t.co/q50H1zvV0J
2022 was full of fantastic visits! Big thanks to all my hosts for giving me the opportunity to share our science. Special thanks to all students/faculty who took me to their bookstore to help me keep my promise of bringing home a school magnet! Anyone wants us in 2023?😜
It's a timely 2022 @J_A_C_S hat trick for the group!⚽️⚽️⚽️Check out Bre-Anna and David work on Ln-CPL with Spinol as a ligand (https://t.co/1YSWMrgye2). Super bright CPL emitters and some guiding clues towards maybe even brighter compounds (hence the lighthouse!)