Belvin Thomas

Why (Pincer)IrX2 are rare compared to (Pincer)IrHCl? Have you seen zundel cation crystallized out in an organometallic complex? @Ashish24934821 answers these questions in this recent preprint from our lab go.shr.lc/3TwKAFO

.@HSDhattarwal and Prof. Hemant K. Kashyap assessed the capacitive performance of combination two of the best electrolytes: Ionic liquids and Water-in-salt electrolytes using constant potential simulations. go.acs.org/7CT

Kudos to the team👏👏@mssanoop93 @SrinathKompella Our latest paper is now available online Red Circularly Polarized Luminescence from Dimeric H-Aggregates of Acridine Orange by Chiral Induction pubs.acs.org/doi/10.1021/ac… @JPhysChem @tvmiiser @jncasr @Chemie_iisertvm

Check out @atulCthakur's latest preprint: arxiv.org/abs/2310.00480 Nuclear quantum effects in a 🪐 Titan 🥶 plastic co-crystal with neural network potentials + ring polymer molecular dynamics simulations 💪

Why (Pincer)IrX2 are rare compared to (Pincer)IrHCl? Have you seen zundel cation crystallized out in an organometallic complex? @Ashish24934821 answers these questions in this recent preprint from our lab go.shr.lc/3TwKAFO

Our manuscript pubs.acs.org/doi/10.1021/ja… is finally out in @J_A_C_S Do check this out. Congratulations to all authors involved.

The para position of pincers is electronically coupled to the metal. So why would a pi-withdrawing 4-pyridyl motif induce sensitivity to air and oxidants—even moreso than pi-donating substituent analogs? 1/5
 chemrxiv.org/engage/chemrxi…