Mayank Tanwar
@curious_grad
Doctoral Candidate | Neurock Group | CEMS, U Minnesota'24 | Computational (Electro)Chemist | @NSF_CSOE & @UMNChemTheory Member | @IITDelhi'19 Alum
ID: 1328594461190971398
https://www.linkedin.com/in/mayank-tanwar-5a3920120/ 17-11-2020 07:03:40
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#Brahmastra #BrahmastraPartOneShiva Predictions for the next two parts of the trilogy with thoughts on the #Astraverse as well! Alia Bhatt Vikram #AyanMukerji @karanjohar Dharma Productions P.S.: #AyanMukerji, I'm open for a side hustle!!
Oxidation by Reduction: Efficient and Selective Oxidation of Alcohols by the Electrocatalytic Reduction of Peroxydisulfate University of Minnesota College of Sci & Eng University of Utah Utah Chemistry #Alcohol #Oxidation #Electrocatalysis #Peroxydisulfate pubs.acs.org/doi/10.1021/ja…
Starting tomorrow Jason Adams, Chris Torres, and Dave will be presenting at ACS CATL Division's sessions at #ACSSpring2023. Be sure to stop by and check out their ongoing work!
Mayank Tanwar from the Neurock Group will be presenting on Selective reduction of O2 with H2 via Hydroxyquinone mediators in H2O2 synthesis at 10:40am on 3/30 in the Kinetic and Mechanistic Insights into Heterogeneous Catalysis session.
Catch me today in @NAM28NACS for Mediated H2O2 production with Flaherty_Catalysis and Mediated Alcohol Oxidation with White Lab NSF Center for Synthetic Organic Electrochemistry. Thank you @NAM28NACS for the Kokes Travel Award!!
Please join us today to learn more about the outreach opportunities as part of Science For All UMN! College of Sci & Eng UMN Department of Chemistry University of Minnesota UMN Biomedical Eng #STEMoutreach #scienceforall #scienceeducation
Mayank Tanwar (Mayank Tanwar, Neurock Group) will be presenting on Selective Reduction of O2 and H2 Via Hydroxyquinone Mediators in H2O2 Synthesis at 2:30 PM on Thursday 11/9 in the CRE in Liquid and Multiphase Systems I: Reaction Mechanisms session!
Our preprint on computational mediator design for electrochemical sp3 C-H activation & elucidation of site-selectivity is online at ChemRxiv. Chemical spaces for mediator design and features for site-selectivity predictions! Baran Lab Center for Synthetic Organic Electrochemistry doi.org/10.26434/chemr…
With Flaherty_Catalysis, we show how surface mediators influence the direct hydrogenation and PCET steps for hydrogen peroxide synthesis. Molecular and surface descriptors are presented to elucidate reaction energetics and to aid in future mediator discovery! Jason Adams Center for Synthetic Organic Electrochemistry