finally got a place to show and reflect the work I've been doing for the past few years ↳ https://t.co/1E3tas9GeJ

gm

Be careful with your belief system—it silently shapes your identity, your self-image, and how you see the world. The catch? Most of it was formed before you were old enough to question it.

the dot matrix ticker is now live on the blog, continuously displaying the names of every person who supported my work so far! my way to say: thank you! will work on making it update in real-time at some point

departure mono does once again the heavy lifting here

dot matrix tricker component made with css and canvas inspired by @marijanapav's wonderful portfolio https://t.co/7K9VPVaotF → https://t.co/fRf3yoUqy1 (still wip)

had fun rebuilding all the little details around these rubber banding sliders originally implemented by @mikkmartin ~2 years ago his version is still more polished than mine (see https://t.co/SnniO7q87w) but the result is very satisfying nonetheless

New post 🎉 Going back to my roots on writing about the inner workings of things, a breakdown of key-value databases and how you might make one from scratch: https://t.co/Dpy0TGQpZO

mark your calendars folks!

If you want your generations to feel designed and not…generated We hid a few invite codes to @variantui in this video The first 100 get unlimited credits, reply for a hint

built this little demo to showcase the difference between: - how your screen displays colors (additive color mixing) - how a printer mixes pigments (subtractive color mixing)

For most of my other shader related work, I'll still rely on WebGL for the time being, as it's more documented and established In the meantime, I hope this article will come handy for your own TSL/WebGPU learning journey and avoid you some of the frustrations I faced

I have bigger ambitions when it comes to leveraging compute shaders, and already started working on some of those projects Those procedural dioramas from this summer were fully implemented from the things I learned, and now shared in this article https://t.co/ALCxRhu0ct

Then with more advanced particle scenes which previously required a lot of convoluted setup to work smoothly at scale https://t.co/0plmMPMYEW

I also wanted to find out how to leverage compute shaders in some practical examples First with instancing https://t.co/h9xVCRz6Ep

This approach felt like speed-running 3 years worth of learning tackling one major theme at a time: - custom material - particles - post-processing Slowly but surely getting familiar with TSL which while at times very frustrating to work with made some of my projects way simpler

I quickly found out that the only way to do so in Three/R3f was through TSL so this meant learning 2 things at the same time That's why I decided to learn by porting over some of my key existing shader work from the past 3 years https://t.co/v1ScRSiFOb

As more and more browsers and devices stared supporting WebGPU I really wanted to get my hands on some of the new features such as compute shaders and see how I could leverage them in my work

📝 New Blog Post 📝 I spent the summer diving into TSL and WebGPU, porting over my favorite shader work along the way This article compiles all my learnings, alongside many Compute Shader applications and practical TSL shader patterns https://t.co/LfXNeBo3Jj

this guy designed and put up his own public transport signs in places where existing ones were lacking what a chad https://t.co/hFDGpfJkFD

✍️ Learned and built a lot with TSL and WebGPU over the summer Looking forward to sharing it all with you on Tuesday

Config 2026 planning is in full swing and the call for speakers is open! Tag someone you would love to see/hear/learn from at Config! Apply here ⬇️ https://t.co/oOBIw3grGD