Ian T. McCrum

Wow! @tejchoksi shared this photo with me. We were both recipients of @aiche_cre travel award in 2016, when @TheGrabowGroup and Dr. Bob McCabe were serving as vice chairs. I also spotted @McCrum_Group , @JWHarrisCatal and other outstanding scientists in the photo. Great memory!

I am very grateful for all of the support we recieved and the connections we made at Clarkson University - happy to continue to grow our research group and teach great students chemical engineering!

Excited to share that my research group and I have moved to the Department of Chemical Engineering at The City College of New York! @CCNYChemicalEng @CCNYGroveSchool

Very excited to share our recent work on alloy catalysts -- we find that 1-d step defects behave very differently in response to strain + ligand effects than flat surfaces! This means defect sites cannot be ignored. Check it out in NPJ Comp. Mat. : rdcu.be/ejmQl

If you are interested in catalysis and machine learning, we wrote a comprehensive review on the application of machine learning potentials in heterogeneous catalysis. chemrxiv.org/engage/chemrxi…

Kickstart 2025 with the AIMEDx Webinar Series—a platform for AI in chemistry, materials science, and beyond! Speaker: Prof. Gábor Csányi (Cambridge) Title: Force-Fields for the Periodic Table 📅 Feb 3, 2025 | 11:00 AM EST Register now: shorturl.at/69t5r #AI4Science

@djtrivedi @JPhysChem Congrats!

Honored and humbled to be appointed to the Editorial Advisory Board of The Journal of Physical Chemistry Letters (@JPhysChem), starting January 2025. Grateful for the support and inspiration on this beautiful path of academia! Excited for the learning and collaboration ahead. 🙏

It's that time of year, we're ready to kick off the annual AIChE Fall meeting @ChEnected, so help us start off on a high note and meet our 2024 CRE student travel awardees! Check out their talks (tinyurl.com/425m5jzk), drop by to see what they're up to all week!

I will be at #AIChE2024 San Diego, CA and present our latest research from @McCrum_Group : "Understanding Bifunctional Bimetallic Catalysts By Selective Step-Decoration" Oct 31, 5pm Room 28E (Upper Level, San Diego Convention Center) lnkd.in/gCeFsZdw

@aiche_cre Thanks for the highlight!

His comp. and exp. electrochemistry research aims to develop an atomic-level understanding of catalysis and electrochemistry for efficient energy conversion and storage, water treatment, and sustainable chemical production. We also congratulate him on his recent CAREER award!

Today, we highlight Prof. Ian McCrum, an Assistant Professor of Chemical and Biomolecular Engineering at Clarkson University. (sites.clarkson.edu/mccrumgroup/)

@marcporosoff Congratulations!

@Jiao_Lab Beautiful spot!

Final stop of my trip - Leiden University. Great conversations with Marc Koper and his group members. Also enjoyed the nice weather (was told uncommon here) and immersed Dutch biking experience!

@marcporosoff @EzraLClark @SenftleLab Thanks for having me on!

If you are attending #ACSSpring2024, please consider attending our talks! Special thanks to the organizers of the "Crossroads of Thermo-, Electro- and Photochemical Catalysis" and "The Role of Fundamental Interfacial Processes in Electrocatalysis" sessions! @ACSCATLDivision

Congrats to the authors, and thanks to Zhenhua for leading this effort!

Check out our collaborative work on surface structure effects in catalysis, just published in Nature! Zhenhua summarized best - this work shows that "local" structure/activity descriptors might not be enough - need to consider long-range stress/strain nature.com/articles/s4158…

Excited have my 2nd paper from our lab, titled, "pKa as a Predictive Descriptor for Electrochemical Anion Adsorption" published in @angew_chem Angewandte Chemie (IF: 16.6). Thanks to my advisor, Dr. Ian McCrum for the support @McCrum_Group @ClarksonUniv doi.org/10.1002/anie.2…

@GuoxiangH @NSF Thanks!

@McCrum_Group @NSF Congrats, Ian!!🥂🥂

Very excited and grateful to have received an NSF CAREER award! This grant will fund a unique combination of experiments and DFT modeling in our group to better understand cation and pH effects in electrocatalysis. Thanks to all of our students and mentors, and thanks @NSF!