American Chemical Society Organic & Inorganic Au proudly celebrates early career scientists from across the globe who are driving innovation. Congratulations to @michiganstateu@DemirSelly for being recognized as a 2025 Rising Star.
Excited to show that the coordination of the organic tetraazanaphthalene radical to yttrium ions enhances its stability, paving the way for new spin-based materials ππ! Published in the 2025 Rising star issue of ACS Organic & Inorganic Au π₯³.
https://t.co/loYqliREXw
@MSUChem
Thrilled and honored to be part of the 2025 Rising Stars issue of the ACS Organic & Inorganic Au journal πππ₯³. Thanks for the nomination and selection!
I also thank my research group and collaborators who make our work possible!
Read the editorial:
https://t.co/3fYkIOQ3Cr
Excited to share new inverse-sandwich rare earth metal complexes with intriguing properties and electronic structures - this time involving toluene dianions πππ₯³π!! Published in @InorgChem!
https://t.co/Ejq2muOVKo
@MSUChem@GroupDemir
Happy to share that our research on rare 1D organometallic lanthanide chain compounds got highlighted on the Outside Back Cover! Thanks @ChemicalScience ! Happy Holidays from the Demir Group ππ€!
Cover: https://t.co/raX2Jw2uKA
Paper: https://t.co/0uh5gNMdsj
@MSUChem@GroupDemir
Super excited to share the first fluoflavine radical-bridged single-molecule magnets π§²π₯³π! The new lanthanide molecules feature open magnetic hysteresis loops π§²π! The study includes HF-EPR and DFT data! Published in @J_A_C_S !
https://t.co/tRtXODUjHY
@MSUChem@GroupDemir
Proud to present a new oxidation state for benzene πππ₯³: We isolated and studied the first benzene radical trianion embedded in an inverse-sandwich yttrium complex! Published in @angew_chem! Collaboration with @DriessLab!
https://t.co/c7VdOL0uI6
@MSUChem@GroupDemir
Very happy to share our artwork showcasing the first tetraazanaphthalene radical-bridged dysprosium single-molecule magnet π§²ππ₯³, with a large coercive field! Selected for an Outside Front Cover! Thanks much!
Cover: https://t.co/CipOEdyqtT
Paper: https://t.co/INa6Rmt3ot
@MSUChem
Thrilled to present the first tetraazanaphthalene radical-bridged single-molecule magnet π§²ππ₯³π! The dysprosium complex exhibits open magnetic hysteresis loops with a large coercive field. Published in @ChemicalScience.
https://t.co/INa6RmtBe1
@GroupDemir@MSUChem
Excited to share a new, formally divalent dysprosium bis(amide) complex ππ₯³ππ, studied via crystallography and CASSCF calculations, and its reactivity with tertbutylisonitrile and white phosphorous.
https://t.co/bO2tKdh6Gs
@GroupDemir@MSUChem@GroupOdom@ACSPublications
Excited to present a series of crystalline organometallic lanthanide chain compounds ππ₯³ππ! We studied the new 1D systems through crystallography, spectroscopy, and magnetometry. Published in @ChemicalScience!
https://t.co/0uh5gNMdsj
@MSUChem@GroupDemir
Happy to share our artwork showcasing the first isolated 1,4,5,8-tetraazanaphthalene radicals π₯³π, confirmed via crystallography, EPR and DFT π! Selected for an Outside Front Cover! Thanks much!
Cover: https://t.co/DYtGwFQbUU
Paper: https://t.co/oebSaTWRhZ
@MSUChem@GroupDemir
Thrilled to present the first isolated 1,4,5,8-tetraazanaphthalene radicals, confirmed via crystallography, EPR and DFT πππ₯³. The radicals are semiconducting!
Part of the 2025 Pioneering Investigators collection. Thanks @ChemCommun!
https://t.co/oebSaTWRhZ
@MSUChem@GroupDemir
Excited to present our artwork π depicting a formally divalent terbium bis(amide) complex which exhibits slow magnetic relaxation π§². It got selected for the Front Cover! Thanks much!
Link to the paper: https://t.co/ljzZzumuZLβ¦
@GroupDemir@MSUChem@ACSPublications
Excited to present our latest study on two new terbium complexes supported by bulky bis(amide) ligands πππ₯³π! One constitutes a formally divalent terbium complex with single-molecule magnet behavior π§²! Published in @InorgChem!
https://t.co/sR5nW2I2eD
@GroupDemir@MSUChem
Absolutely thrilled to see @DemirSelly be named a 2025 Camille Dreyfus Teacher-Scholar!
This honor recognizes Prof. Demir's pioneering work in inorganic chemistry, and the promise of future innovation π₯
Very honored and super excited to be named a 2025 Camille Dreyfus Teacher-Scholar πππππ₯³π. I thank my fantastic group members, mentors, collaborators, and all supporters.
Huge thanks to The Camille and Henry Dreyfus Foundation for this fantastic support!
@GroupDemir@MSUChem
Happy to share the artwork we produced on the first actinide molecules containing dibenzocyclooctatetraene ligands ππ! It got selected for an Outside Front Cover π₯³! Thanks much @InorgChemFront!
Cover: https://t.co/GeQnz0BM2S
Paper: https://t.co/ofmOzT1UjE
@MSUChem@GroupDemir