Welcome to the Newman Lab
We are a group of synthetic chemists at the University of Ottawa (uOttawa) interested in developing new reactions and processes for application in the pharmaceutical, fine, and bulk chemical industries. We combine our fundamental understanding of chemical reactivity with modern technologies such as homogeneous catalysis, high throughput reaction screening, and flow chemistry to discover new knowledge and design more efficient chemical processes. Researchers interested in joining the group should contact Steve directly at .
May 11, 2021: We're hiring! Our group is looking for postdoctoral fellows with experience in organic synthesis to start new collaborative projects in method development and API synthesis. For further details, see: newmanlab.ca/recruiting
Mar 2, 2021 Eric and Jaya's work on solvent-free ozone oxidation chemistry is available on ChemRxiv. Yanlong's short review on how alcohols, aldehydes, and esters can particpiate in cross-coupling chemistry is published in Chem Comm.
Jan 11, 2021 Adam and our HTE facility manager Roxanne Clement outline an affordable way to run multi-well plates with readily available equipment in Nature Protocols. The group says goodbye to Yanlong as he starts his independent career at Tianjin University of Technology. Our lab's research is highlighted in the latest Perspectives magazine.
Sept 8, 2020 We welcome lots of new team members. Piers St-Onge and August Sibthorpe join the group as graduate students. Casey Lenart, Jonathan Buiel, Maxwell Bezaire join the group as honours thesis students. Good luck in your studies!
July 6, 2020 With the University partially re-opening, we finally get to welcome new undergraduate students Karen and Jean-Danick to the lab. Welcome to the team!
Apr 22, 2020 Adam, Parkash, and Yanlong's work on exhaustive reduction of methyl esters is published in JACS. We virtually say goodbye to our excellent undergraduates Haydn, Katie, Rama, and Jonathan who finished their term projects.
Apr 1, 2020 Congratulations to Ryan, who smoothly defends his PhD thesis over Zoom. His most recent work on streamlining kinetic analysis in flow is published in JOC.