
Colby Whitcomb
@cocolbynitride
B.S. ChE WPI ‘18: ChE grad student at UVA, #catalysis. “If I take care of my character, my reputation will take care of itself.”-D. L. Moody he, him
ID: 756161032893112320
21-07-2016 16:16:53
417 Tweet
176 Followers
501 Following


Silvia Marino, one of the excellent students in my lab, has won 2 spring travel awards – for the ACS National Meeting and NAMS 2022 – to present her research on gas-engine aftertreatment systems. Congrats, Silvia! at.virginia.edu/ekhXYz Silvia Marino UVA Engineering


Congratulations Chris!! Paolucci Group




Check out our newest publication from group members Keka and Asanka in The Journal of Physical Chemistry on Palladium Nanoparticle Redispersion in Zeolites in collaboration with the Gounder Group and The Li Group at Purdue! pubs.acs.org/doi/10.1021/ac…


We are hiring a postdoc researcher interested in electrochemistry and heterogeneous catalysis. Interested may contact me at [email protected] with CV! Retweets appreciated!


Looking for a postdoc or know someone who is?? I am in search of a postdoctoral researcher to conduct experimental research in the area of catalysis and in situ spectroscopy, in collaboration with Profs. Dave Dixon and Tonya Klein U. of Alabama Chemical & Biological Eng. . Applicants MUST BE U.S. CITIZENS (1/4)

Colby Whitcomb @dtearl Center for Politics at UVA I now support keeping NH as the first primary. See how easy that was? Thanks.

BREAKING: White House issues new policy that will require, by 2026, all federally-funded research results to be freely available to public without delay, ending longstanding ability of journals to paywall results for up to 1 year. Coverage coming on ScienceInsider.


Fe active sites in N-doped carbon can be introduced by co-opting solution-phase methods for metalation of metalloporphyrins Jason Bates DOE Office of Science pubs.acs.org/doi/10.1021/ja…

Check out this awesome review by Jason Bates and co-workers on the state of the N-doped carbon field and how tools and methods previously used for ORR could be further applied to the aerobic oxidation field! It was a great read!

