This is a great summer school on Geometry and ML, 8-12 Jul 2024! You can apply to participate until this Friday (26 Jan 2024) at

Thanks to the Simons Center for hosting the great conference "Computational Differential Geometry and its Applications in Physics". I gave a talk on an application of machine learning to rigorous proof in geometry, slides here:

What do you want to know?.

Proud to announce that my suitcase was featured by @BBCLondonNews. Here's the article: Left: photo from the article. Right: my suitcase. Wishing @HeathrowAirport and the airlines all the best for reuniting baggages and owners, I've yet to receive mine.

I participated in the lovely Analysis Festival on Special Holonomy! A lecture by me about G2-instantons here: It starts with an introduction accessible for all differential geometry students and ends with a specific construction method for instantons.

You can sign now sign up for the online summer school "London Geometry and Machine Learning" 11-15 July 2022! It's a great event consisting of some talks and work on small group projects during the week. Excited to be a mentor this year!

Happy to say that I obtained my PhD this month for my thesis "G2-instantons on resolutions of G2-orbifolds". You can read it here: . Thanks for all the support, in particular from my supervisors @jdlotay and Simon Donaldson.

RT @logml2021: Final day of talks at the @logml2021, and what a way to start with @thomaskipf from @GoogleAI Brain Amsterdam who will be ta….

Our lovely summer school on geometry and machine learning @logml2021 is on this week and we're streaming most talks here: Next up is Maks Ovsjanikov: Robust learning-based methods for shape correspondence.

Excited to speak this Thursday at OLGA 2021 about "Gluing constructions for instantons"! I'll spend some time explaining what gluing is anyway and what other interesting applications of gluing (in differential geometry) exist!

Great summer school in geometry and machine learning that I'm helping with! It's 12-16 July 2021, registrations are currently open. Participants work in a small group on a project during the week and we have top mentors and speakers! :) Check our website:

I'll be presenting my joint work with @SheardDavid and Benjamin Aslan about machine learning and geometry tomorrow at STEM for Britain! It's a poster meant to be understandable for the mathematically interested layperson, see here: #STEM4BRIT2021.

Some beautiful work in progress on the intersection of machine learning and geometry: "Group Invariant Machine Learning through Near-Isometries" gives methods for group invariant ML using any model you like (neural network, random forest or else)!

is offering maths enrichment for year 10 to 13 students every Wednesday, 5 pm to 7 pm UK time, via Zoom. I'm helping with the first course and it's great stuff as always! 🧮 It's free and students can be registered by their guardian on the website!.

Today my first preprint appeared online: "Existence of torsion-free G2-structures on resolutions of G2-orbifolds using weighted Hölder norms" (. A lot of beautiful analysis and even some pictures inside!.

We're organising a short lecture series on gauge theory, covering the most important theorems in the area. Online, starting 6 Nov, targeted at PhD students, free for all: .

Finished my AI internship at @ArabesqueAM last month month. One of the things I learned: it was known that word embeddings have good arithmetic properties, but sentence embeddings have even richer geometry. Example: active+passive sentences (roughly) differ by the same vector.

Thanks @rusty1s, @MPKonstantinov, Yi Zhou, @aviles_rivero, @s0f1ra, @FeydyJean, Guadalupe Gonzalez-Pigorini for your talks/tutorials! Some slides/videos at One thing I helped with: spectral convolution and the choice of basis, with many open questions. 🤔

Come join us for a 2-day workshop on geometry/machine learning/health applications (free for all): With two hands-on tutorials and five talks by expert speakers! 😃.

I'm co-organising the OLGA workshop on gauge theory which happens online on 20-21 Aug! It's targeted at early career researchers (mostly PhDs) in differential geometry. Come join if you're interested: .

The government invented a curious central system to award grades without exams because of Covid. Much has been written about how that's affected students. Here is an interesting article by my colleague Ashwin Iyengar that explains how the system works: