Neil Razdan

Really excited for #AIChEAnnual 2025! I will be giving three talks on chemical kinetics, redox thermodynamics, and ion transport at electrified catalytic interfaces. Looking forward to catching up and meeting new folks in Boston!

I am really looking forward to #WRM2025 tomorrow in San Jose! I am giving a talk in the Symposium In Honor of Neal Byington at 11:30AM (Mon., Oct 27) in Regency Ballroom 1. Come by to learn about analytical methods to measure electrochemical phenomena at catalytic interfaces!

Check out the latest work from my postdoc demonstrating a new method to measure the electrochemical potential of dispersed, heterogeneous metal catalysts (e.g., Pt) supported on electronically-insulating supports (e.g., silica)! nature.com/articles/s4192…

Really excited for #ACSSpring2025! I will be giving three talks on kinetic and mechanistic study of (electro-)catalytic reactions from my PhD, postdoc, and ongoing work at UCB. Looking forward to catching up and meeting new folks in San Diego!

@aiche_cre @ACSCATLDivision

We are recruiting a postdoctoral researcher in heterogeneous catalysis and electrochemistry with a focus on kinetics and mechanism. Applicants can email me (razdan@berkeley.edu) with a CV, statement of prior research, and one-page research proposal.

Many thanks to @BeckmanFnd for all the support!

Check out our latest work that details design principles for dynamic catalysis in a simple quantitative framework!

I'm excited to share that I will be joining @UCBerkeley as an Assistant Professor of Chemical and Biomolecular Engineering in Fall 2024!

Thank you @BeckmanFnd for sponsoring my work in the @surendranathlab through the #AOBpostdoc fellowship! Excited to meet all my fellow fellows in Irvine this summer!

@jonkephart3 Thanks Jon!

@RazdanNeil Very cool - congrats Neil!

Very excited to share our review of key concepts and mathematical treatments which enable kinetic analysis of reversible reactions! (pubs.acs.org/doi/10.1021/ac…)

Really excited to finally see this work (pre-)published - Brandon and I detail a mathematical foundation for the kinetic description of dynamic catalysis which enables (i) derivation of closed-form solutions and (ii) super-fast numerical simulation of dynamic microkinetic models!

@ga_noh @PennStateChE @CoperetGroup Congrats!! 🎊🎉

Thrilled to share that I am joining the faculty of @PennStateChE in Jan. 2021! It's been a wild ride, and I am grateful for the support of so many friends, mentors, and colleagues along the way. Special thanks to @CoperetGroup and LSAC.

Check out our latest work in @PNASNews! We redress the "blind spots" of the Langmuir-Hinshelwood formalism and find some very surprising results - namely that a single elementary step can be both equilibrated and rate-determining! (yes, at the same time) pnas.org/content/118/8/…

Really excited about our new paper on non-oxidative methane aromatization in J. Catalysis! We demonstrate Mo/H-ZSM-5 catalysts are monofunctional with Brønsted-acid sites only serving to disperse carbidic Mo active sites sciencedirect.com/science/articl…

I highly recommend this article. @UMNCSE #degreeOfRateControl #catalysis sciencedirect.com/science/articl…

Thanks Jason for the kind words! Had a great time writing it and excited to see this work published!