
Currently postdoc @Shenvi_Lab | PhD @Gaunt_Group | previously @jamesabull and @dixon_group.
Joined September 2019
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Milo Smith retweeted
Excited to share that our one-carbon alkene homologation reaction developed @marcus_grocott by has been published in @nature🎉
doi.org/10.1038/s41586-025-0…
(1/3) 🧵
Milo Smith retweeted
The @Gaunt_Group are looking for two enthusiastic and talented researchers to join our dynamic team in Cambridge, as postdocs. If you are interested in developing cutting edge synthetic chemistry across a wide range of areas relating to catalysis, apply at jobs.cam.ac.uk/job/49113/
Milo Smith retweeted
Thanks @JOC_OL!
@dubois_maryne, @JR_Chemistry, @ASterlingChem, @fjduarteg, @miloasmith, @J2_Mousseau, Andrew, Hannah, Phil and Charlie.
pubs.acs.org/doi/10.1021/acs…
Milo Smith retweeted
Come and join our team. We have an exciting Synthetic Chemistry PhD opportunity in the @Gaunt_Group (starting Oct 2025) in collaboration with AstraZeneca. It will focus development of new catalytic activation modes for the synthesis of novel scaffolds.
jobs.cam.ac.uk/job/48481/
Milo Smith retweeted
Congrats to Dylan and Stephen for their method to glycosylate cotylenol and access 14-3-3 protein-client molecular glues! tinyurl.com/2y45ck4n
Donor linker design was aided by Stephen’s “autoDFT” and solved a common problem in terpenoid synthesis: contrasteric glycosylation.
Milo Smith retweeted
Very happy to share our last work: "Deoxygenative Z-selective olefination of aliphatic alcohols", now in @ChemRxiv 🎉! Congrats Sai (@sainarayanan89 ), Irene (@irenessordo), Carla (@CarlaAiraRodrgz) and Emanuele (@ManuAzzi), amazing work! Check it out 👇
chemrxiv.org/engage/chemrxiv…
Now out in @ChemicalScience!! Thanks again to @RJDKang, @Roopender_Kumar, Biswarup and @MatthewGaunt8 - check it out here:
pubs.rsc.org/en/content/arti…
Happy to share a preprint of my work on secondary amine synthesis with @Gaunt_Group! Very grateful to Ryan, Roopender (@TheKumarLab1) and Biswarup for their contributions, and @MatthewGaunt8 for his support and guidance.
chemrxiv.org/engage/chemrxiv…
Milo Smith retweeted
Our Carbonyl Azinylative amination (CAzA) for the synthesis of α-heteroaryl amines is now out in @angew_chem!
Congrats Alex (@alex_rafaniello), Roopender (@TheKumarLab1) and Rachel!🎉
Read it here 👇
onlinelibrary.wiley.com/doi/…
Milo Smith retweeted
The group’s latest teaching paper is out. This time we show how we’ve used TLC-MS throughout our practical course.@craigdc1983
doi.org/10.1002/rcm.9851
Milo Smith retweeted
Looking for your first step towards an independent career? We offer a 3-year-independent fellowship to support postdoc researchers from backgrounds under-represented in chemistry (e.g., women, minority ethnic, LGBTQI+, disabled, low-income backgrounds) shorturl.at/RBBpV
Milo Smith retweeted
We currently have a few posts available to join our team! If you know anyone interested in teaching practical chemistry please get in touch/show them the link! @OxfordChemistry
my.corehr.com/pls/uoxrecruit…
Milo Smith retweeted
This week we continue our Advanced Organic Chemistry course as @GeorgiaRitzema gives us an introduction to radicals - check it out!!
Link to the talk: youtu.be/MX8HsNE_GRo
Thanks to @aplooby28 for hosting and Thomas Verheyen for a great problem set!
synthesis-workshop.com/#prob…
Milo Smith retweeted
Heterobenzylic amines made easy – a distinct variant of our multicomponent CAA methodology mediated by indium - preprint now available on @ChemRxiv! 🎉 Congrats Alex (@alex_rafaniello) and Roopender (@TheKumarLab1)! Check it out 👇 chemrxiv.org/engage/chemrxiv…
Milo Smith retweeted
the latest chapter in our quest for a general alkylamine synthesis platform. Carbonyl alkylation amination to make secondary amines and some interesting applications. Congratulations to the team, led by @miloasmith and supporter by Ryan Kang. chemrxiv.org/engage/chemrxiv…
Happy to share a preprint of my work on secondary amine synthesis with @Gaunt_Group! Very grateful to Ryan, Roopender (@TheKumarLab1) and Biswarup for their contributions, and @MatthewGaunt8 for his support and guidance.
chemrxiv.org/engage/chemrxiv…
Milo Smith retweeted
📣 Two new postdoc opportunities in the group 📣 looking at new synthetic methods for the modification of biomacromolecules such as RNA. 🧪🧬 Follow the link for more details and feel free to get in touch with us, or Matt directly, with any questions. jobs.cam.ac.uk/job/44334/ – at Cambridge, England
We have two exciting openings for PDRAs in the Gaunt group focussed on the development of new synthetic reactivity for the modification of RNA and/or proteins. For more details, see jobs.cam.ac.uk/job/44334/
Great opportunity for new synthesis focussed on a different challenge
Milo Smith retweeted
We are advertising for a postdoc to join our 4-membered rings project:
jobs.ac.uk/job/DDX319/resear…
Come join us @impchemistry!
#oxetanes
#bioisosteres
#latestagefunctionalization
#chempostdoc
We will soon be advertising a 3-year postdoctoral position for a synthetic chemist working on the synthesis of oxetanes. Details coming soon....
For some background:
nature.com/articles/s41557-0… (rdcu.be/cFP7y)
doi.org/10.1021/acs.jmedchem…
Milo Smith retweeted
📢 Interested in pursuing PhD research in synthetic organic chemistry or computational organic chemistry? Several home fee PhD positions, starting 10/23, are available at the @SynTech_CDT in @ChemCambridge. Contact us at [email protected] with CV and cover letter ASAP.
Milo Smith retweeted
Today we launched @GENChemCam, a network promoting gender equality in chemistry. So grateful and excited to be part of this amazing community. Please give us a follow! #IWD2023 – at Cambridge, England
We’re celebrating #InternationalWomensDay2023 by highlighting some of GENs founding members, starting with @beck23y and @GeorgiaRitzema
Milo Smith retweeted
Benzylic oxetane and azetidine radicals generated by photocatalysis undergo an irreversible Giese-type reaction where typical unstrained benzylic radicals add reversibly. In #JOrgChem from @dubois_maryne @JR_Chemistry @ASterlingChem @fjduarte @jamesabull pubs.acs.org/doi/10.1021/acs…























