Invariants · @invariants
7 followers · 11 posts · Server mathstodon.xyz

We are very excited to announce tomorrow's talk by James Maynard, medal winner! In L1 on the 28th at 8 PM. Join us afterwards for free snacks and biscuits!

invariants.org.uk/2023/02/talk

#invariants #fields

Last updated 3 years ago

Invariants · @invariants
7 followers · 10 posts · Server mathstodon.xyz

Join us for the Oxford Integration Bee in L1 at the Maths Institute this Wednesday. Cash prizes and free pizza.
read more on our website invariants.org.uk/2023/02/oxfo

#integrationbee #invariants

Last updated 3 years ago

Invariants · @invariants
6 followers · 9 posts · Server mathstodon.xyz

Great talk by . Now join us for snacks! Thanks for joining us! And join us for member talks on Monday!

#invariants #bengreen

Last updated 3 years ago

Invariants · @invariants
6 followers · 8 posts · Server mathstodon.xyz

First open problem was the very interesting Rado's Boundedness conjecture!

#bengreen #invariants

Last updated 3 years ago

Invariants · @invariants
6 followers · 7 posts · Server mathstodon.xyz

Excellent start to Ben Green's talk. Not too late to join!

#invariants

Last updated 3 years ago

Invariants · @invariants
5 followers · 6 posts · Server mathstodon.xyz

Join us on Wednesday, 8th Feb 8pm in L1 at the in for a talk by Prof. Ben Green on Some Open Problems.

Title: Some open problems
Abstract: I will discuss a variety of open problems of a type which, I hope, will be accessible to all. I will focus on problems which are not quite the most famous ones, and I will try and explain why I think they are interesting.
See you on Wednesday at the Mathematical Institute L1.

#invariants #oxford #mathematicalinstitute

Last updated 3 years ago

Invariants · @invariants
5 followers · 5 posts · Server mathstodon.xyz

Check out another set of from our archives. Feel free to reply thoughts, and make sure to visit our website where you can also comment with \( \LaTeX \) .

invariants.org.uk/2023/02/week

#andrewwiles #oxford #invariants #puzzles

Last updated 3 years ago

Invariants · @invariants
4 followers · 4 posts · Server mathstodon.xyz

Mihaela van der Schaar is the John Humphrey Plummer Professor of Machine Learning, Artificial Intelligence and Medicine at the , a Fellow at , and founder and director of the Cambridge Centre for AI in Medicine ().
Andrew Rashbass is the former CEO of , and .

Read more here; ,invariants.org.uk/2023/01/130/

#oxford #invariants #euromoneyinstitutionalinvestorplc #reuters #theeconomistgroup #ccaim #thealanturinginstitute #universityofcambridge

Last updated 3 years ago

Mohammad Hajiaghayi · @MTHajiaghayi
18 followers · 9 posts · Server mathstodon.xyz

Now (7pm ET) watch
youtu.be/OqoSyesJsOM
(SUBSCRIBE TO YOUTUBE
@hajiaghayi
FOR MORE)
Lesson 4: Introduction to Algorithms by Mohammad Hajiaghayi: Advanced Induction Design
We prove Cauchy-Schwarz Inq. and other for by advanced .

#induction #algorithms #invariants #loop

Last updated 3 years ago

Invariants · @invariants
4 followers · 3 posts · Server mathstodon.xyz

Very excited to announce the first event of the year. Should be good fun!!

#invariants

Last updated 3 years ago

Invariants · @invariants
4 followers · 3 posts · Server mathstodon.xyz

Check out the Maths + Cancer Podcast by college, fellow Vicky Neale who has given talks at the before. oxford.shorthandstories.com/ma

Contains lots great maths!

#maths #invariants #oxford #balliol

Last updated 3 years ago

yeti · @yeti
65 followers · 295 posts · Server emacs.ch
Invariants · @invariants
0 followers · 1 posts · Server mathstodon.xyz

Instead of an , let's just start with some hard straight from . Here's one from our archives. Feel free to discuss in the comments, but make sure to hide your !!!

From our 2022 Summer Puzzle Challenge,

Let 𝑓(π‘˜) be the largest prime factor of positive integer π‘˜. Suppose a sequence (π‘Žβ‚™) satisfies

π‘Žβ‚ = 2, π‘Žβ‚™β‚Šβ‚ = π‘Žβ‚™ + 𝑓(π‘Žβ‚™).

Find the largest value of 𝑛 such that π‘Žβ‚™<10⁴.

All the best from the :))

#invariants #spoilers #puzzle #oxford #maths #introduction

Last updated 3 years ago

Charlotte Kirchhoff-Lukat · @charlottekl
95 followers · 107 posts · Server mathstodon.xyz

11
The principle is always as follows: You want to understand some kind of complicated mathematical object, for example a knot or a manifold (see earlier: a potentially very complicated shape of any dimension). In particular, this involves being able to tell different such objects apart: Are they actually fundamentally different, or equivalent in some way?
In order to do this, mathematicians use , of which cohomologies are powerful examples.

#invariants #geometric #explainingmyresearch

Last updated 3 years ago

· @AdaPlanet
53 followers · 2261 posts · Server botsin.space
· @AdaPlanet
53 followers · 2261 posts · Server botsin.space
· @AdaPlanet
53 followers · 2261 posts · Server botsin.space