What do we do when we're not doing maths? Maths.

Three things about Philip Maini: He's an eminent mathematical biologist He loves cows He lectures our second years on differential equations Here's his Differential Equations lecture, part two (featuring no cows): https://t.co/xw8ho3T5gx

Can it really be a coincidence? Smart Investors Hold Gold. Find out more at Goldhub

Selfie, selfie, it's your call, who's the fairest of them all? Sam Howison, obviously. Except for one thing.

What's the key to a good night's sleep? No screen time before bed? No midnight snacks? No late night arguments? No mathematics?

A well-known equation: a pen + a slightly grey whiteboard (it has had a lot of hammer this term) + Philip Maini = the perfect student lecture Philip on Differential Equations, our latest to be made public: https://t.co/lpfz3TvdvC

President Trump says it perfectly. A patchwork of 50 different state systems creates a maze of conflicting regulations, resulting in chaos. Follow me to join the conversation on leading the AI revolution.

Humanity has always pursued knowledge for its own sake. That pursuit has led us to some amazing places. Not least in mathematics. @xtxmarkets has made a substantial gift to @OxUniMaths to support early career researchers working in pure mathematics. https://t.co/gxw3bNntud

In the end it's about the people. So come and meet the second years.

Just as diseases evolve, so do the means to tackle them. Christl Donnelly will discuss how novel data sources, contact network analysis, and rigorous approaches to uncertainty are all now playing a part. Dec 3, 5.30 pm, Oxford (online later). Details: https://t.co/PZqGhTtKLp

A puzzle from the Age of Enlightenment. Though three centuries of enlightenment haven't made it any less surprising. Watch Robin Wilson's talk on the history of the endless number. It's π time: https://t.co/LpoAROlpj9

Mathematics and physics often seem to occupy a world that seems designed to exclude. Higher dimensions are one of the best (or worst) examples. Four dimensions are just a start. Why not 5? Or 10? And they don't stop there. They're a challenge for mathematicians too. Here's Luci.

Where on earth is the best laboratory to demonstrate the beauty of fluid dynamics? Actually, it’s not on earth. Here is the story of the soft cell. And a longer read: https://t.co/POcY3tQVZx @Axiom_Space @NASA

Our inaugural Regius Professor of Mathematics, Andrew Wiles, retires in 2026 (not that mathematicians ever truly retire) and we are looking for his successor, starting in October of that year. Full details: https://t.co/ZyI2rRPGcn

Introducing Pluto, a small, hungry cat and, like all his fellow Aristocats, an optical superhero. Everyone wants to be a cat.

What have the Pythagorean theorem and IKEA got in common? Watch Robin Wilson's full talk on the story of the Pythagorean theorem: https://t.co/n0nyTocTXG

Do you take your work home with you? It's kinda hard to avoid if you are a mathematician. The maths just follows you wherever you go. Sam Howison prepares vegetables.

Just another seminar on just another day...

Many people think mathematics lives on the dark side. Turns out they were right.

We're kicking off our next series of student lectures with a hot topic as Ian Hewitt's 'Mathematical Geoscience' 4th year lecture looks at the mathematics, physics and chemistry behind models of the Earth's temperature. Watch: https://t.co/4zIC4ETQcl

Government got problems. Climate got problems. Energy policy got problems. We all got problems. So we need a wide range of people to hang out together to tackle them. Becky Crossley describes an @evidence_house hackathon (no, not that sort of hackathon).

The freedom to go for it for three years? Our Hooke & Titchmarsh Fellowships in pure & applied mathematics give you the space to follow a research path of your choice, a path that has proved instrumental in the careers of many previous fellows. Details: https://t.co/E82WFz5aUV