Max Brodeur
@maxbrodeur.bsky.social
math & brains @EPFL & MPI
interested in intelligence
interested in intelligence
Pinned
Max Brodeur
@maxbrodeur.bsky.social
· Jul 31
Smooth-rolling knots!
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
October 18, 2025 at 10:35 AM
my neurons think about themselves a lot
August 30, 2025 at 1:46 PM
my neurons think about themselves a lot
Euclid, Newton & Turing
This weekend, at the John Rylands Library in Manchester, I finally found a historical copy of Euclid’s Elements.
And right next to it: Newton’s Principia and Turing’s handwritten notes. Completely overwhelming.
This weekend, at the John Rylands Library in Manchester, I finally found a historical copy of Euclid’s Elements.
And right next to it: Newton’s Principia and Turing’s handwritten notes. Completely overwhelming.
August 4, 2025 at 10:26 AM
Euclid, Newton & Turing
This weekend, at the John Rylands Library in Manchester, I finally found a historical copy of Euclid’s Elements.
And right next to it: Newton’s Principia and Turing’s handwritten notes. Completely overwhelming.
This weekend, at the John Rylands Library in Manchester, I finally found a historical copy of Euclid’s Elements.
And right next to it: Newton’s Principia and Turing’s handwritten notes. Completely overwhelming.
Smooth-rolling knots!
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
July 31, 2025 at 5:27 PM
Smooth-rolling knots!
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
At @markpauly.bsky.social’s lab, we found a way to optimize knots for smooth rolling.
I presented our work at Bridges 2025 – the conference for #MathArt.
More below ↓
What is the hidden structure of the natural numbers?
In the UMAP paper, @lelandmcinnes.bsky.social et al. embedded the integers as binary vectors of their prime factors.
This UMAP visualization of 30 million integers reveals a fractal-like geometry.
#UMAP #mathart #dataviz #numbertheory
In the UMAP paper, @lelandmcinnes.bsky.social et al. embedded the integers as binary vectors of their prime factors.
This UMAP visualization of 30 million integers reveals a fractal-like geometry.
#UMAP #mathart #dataviz #numbertheory
July 29, 2025 at 8:01 PM
What is the hidden structure of the natural numbers?
In the UMAP paper, @lelandmcinnes.bsky.social et al. embedded the integers as binary vectors of their prime factors.
This UMAP visualization of 30 million integers reveals a fractal-like geometry.
#UMAP #mathart #dataviz #numbertheory
In the UMAP paper, @lelandmcinnes.bsky.social et al. embedded the integers as binary vectors of their prime factors.
This UMAP visualization of 30 million integers reveals a fractal-like geometry.
#UMAP #mathart #dataviz #numbertheory