Mindiola Group

[Mindiola Group @MindiolaGroup]

Beautiful chemistry and route to phosphinidene and phosphide from Jacob Mohar in our group! Check it out in JACS!
https://t.co/qS1RVkRbeu

[Mindiola Group @MindiolaGroup]

Wonder work from @MrinalBhunia exploring the structure and reactivity of molecular phosphide complexes of zirconium!

https://t.co/1XY4ucNq32

[Mindiola Group @MindiolaGroup]

More great work from @JohnRuss19 with titanium neopentylidene complexes!

https://t.co/DBxZJLD8Mf

[Mindiola Group @MindiolaGroup]

Check out @EthanZars latest paper in Organometallics! Isolation of a Fe(III) carbene radical complex!

https://t.co/WSKG3aD1J3

[Mindiola Group @MindiolaGroup]

Now all the elements can get in on the fun!
Check out our latest work in @ChemicalScience!
Pnictogen-Based Vanadacyclobutadiene Complexes.
https://t.co/rVLgtIHOLe
Thanks to Afshan, @JohnRuss19, @baikkaist 💻, and @UPennXtal 🔮for their contribitions!

[Mindiola Group @MindiolaGroup]

Check out @EthanZars latest paper in ChemComm!
Csp2–H/F bond activation and borylation with low valent iron - now published in Chemical Communications https://t.co/COTTUuIYjD

[EZmoney @EthanZars]

Pleased to share some of my graduate work published this week. Thanks to @mattmena_ for helping finish this project!

[Organometallics @Orgmet_ACS]

Organometallic chemistry in a Flash! Reviving short communications, check out the first Flash Communication from @MindiolaGroup on iron phosha-Staudinger adducts.
https://t.co/2Xc9n5umrw

[Mindiola Group @MindiolaGroup]

@MrinalBhunia @UPennXtal

[Mindiola Group @MindiolaGroup]

Hey all! Check out @mattmena_ first (first author!!!) publication in the group!
Molecular Bis(chalcogenido) Titanates of Te, Se, and S | Inorganic Chemistry https://t.co/y7m3BkPLA7

[Mindiola Group @MindiolaGroup]

@UPennXtal

[Mindiola Group @MindiolaGroup]

Congrats to our Iron Man (@EthanZars) on another published mansucript! Check it our here!

A Ferrous Adduct of a Phosphanylidene-σ4-phosphorane | Organometallics https://t.co/nvuZhEuTSL

[Muralee Murugesu @m_murugesu]

What a pleasure to give a seminar at the Department of Chemistry
Friedrich-Alexander-Universität
Erlangen-Nürnberg (FAU) and meeting great scientists and old friends. Thank you @Karsten Meyer and the team for hosting me. ⁦@MindiolaGroup⁩

[Angewandte Chemie @angew_chem]

Divalent Titanium via Reductive N-C Coupling of a TiIV Nitrido with pi-Acids (Daniel J. Mindiola and co-workers) @MindiolaGroup @MrinalBhunia #openaccess https://t.co/2JXZYZo389

[Mindiola Group @MindiolaGroup]

Come check out our lastest work now in @J_A_C_S Congrats to Shuruthi and co-workers for there amazing job on this story!

[J. Am. Chem. Soc. @J_A_C_S]

A Vanadium Methylidene | Journal of the American Chemical Society @MindiolaGroup @Penn
@PennChemistry #Vanadium #Methylidene https://t.co/vqT4UBG0ix

[Christian Sandoval Pauker @csandovalpauker]

A collaborative effort of great researchers @MindiolaGroup @MrinalBhunia @group_comic Dominik Fehn Laurent Grant Shuruthi Senthil Michael R. Gau Andrew Ozarowski J. Krzystek Joshua Telser Balazs Pinter Karsten Meyer

[Angewandte Chemie @angew_chem]

Ynamide and Azaalleneyl. Acid-Base Promoted Chelotropic and Spin-State Rearrangements in a Versatile Heterocumulene [(Ad)NCC(tBu)]- (Daniel J. Mindiola and co-workers) @mindiolagroup @baikkaist #openaccess https://t.co/vOp7b08mqG

[Mindiola Group @MindiolaGroup]

Check out our latest work in @angew_chem! @MrinalBhunia shows that a Ti(IV) nitride undergoes N-C bond coupling with CO and CNR to form a series of Ti(II) cumulenes.
https://t.co/dFewDYJEDy

[Mindiola Group @MindiolaGroup]

Thanks to @baikkaist team for comuptational help 🖥️! And to Josh and Andrew and the @NationalMagLab for the magnetic/electronic insights for this unique system 🧲!

[Mindiola Group @MindiolaGroup]

In our latest report in @angew_chem, @JohnRuss19 and co-workers discuss the chelotropic and spin-state rearrangement on the heterocumulene [(Ad)NCC(tBu)]- on the V[III] metal center.
https://t.co/vP0iD82v6R

[Mindiola Group @MindiolaGroup]

This work gave us some great insight into the ring (spring) opening of these cumulated metallacyclobutadienes!