tgergo1.dev

An update to the first Superblocker post.

The Standard Model census I built last time gave me the itch to do the same treatment for something I actually use, so here is a field guide to probability distributions.

I read this great Quanta piece and the part that stuck with me is that the question has no single answer.

Pokémon Go player scans are training military drone navigation.

Dropped yesterday. 68 minutes covering C++ from Bell Labs to the modern renaissance, with interviews from Bjarne Stroustrup, Alexander Stepanov, Anders Hejlsberg, Chris Lattner, Brian Kernighan, and John Romero.

I just read First public macOS kernel memory corruption exploit on Apple M5.

For reasons that made sense at the time, I built a small emergency video system.

These are basically my notes from working on this, but the math should still be right. limitless numbers started from a simple thing: useful numbers don't always fit into 32 or 64 bits, and rounding is not "good enough" when you actually need exact values.

Yet another thing: The basic idea behind superblocks is simple: take a neighborhood, block through-traffic from cutting through it, and you end up with quiet streets where kids can play and people can walk without dodging cars.

I'm pretty enthusiatic about world-models and especially JEPA (and V-JEPA), so I started a small prediction engine, that predicts the next few frames based on the imput stream's current frame, visualizes the latent space (and its movement) and creates a g…

I made a thing: It is a Riemann Zeta function convergence explorer with a 3D surface view.

GTD with this.

So, this is getting better.

This post was sent from my phone via GitHub actions

ENKAIDU.

Currently listening to this episode:

A Threads post embedded right here:

Instagram embedding with Markdown!

I'm happy to announce that this site can handle two posts together.

So, I decided to make a bloggish landingish page.