I Write Type Safe Generic Data Structures in C
danielchasehooper.com
Show HN: TokenDagger – A tokenizer faster than OpenAI's Tiktoken
github.com
There Are No New Ideas in AI Only New Datasets
blog.jxmo.io
A CarFax for Used PCs; Hewlett Packard wants to give old laptops new life
spectrum.ieee.org
Donkey Kong Country 2 and Open Bus
jsgroth.dev
The provenance memory model for C
gustedt.wordpress.com
Show HN: New Ensō – first public beta
untested.sonnet.io
14.ai (YC W24) hiring founding engineers in SF to build a Zendesk alternative
14.ai
Auth for B2B SaaS: it's not like auth for consumer software
tesseral.com
The Plot of the Phantom, a text adventure that took 40 years to finish
scottandrew.com
Gridfinity: The modular, open-source grid storage system
gridfinity.xyz
Printegrated Circuits: Merging 3D Printing and Electronics
spectrum.ieee.org
Scribble-based forecasting and AI 2027
dynomight.net
Reverse Engineering Vercel's BotID
nullpt.rs
Show HN: Open-Source International Space Station Tracker ESP32/Arduino for $20
github.com
New proof dramatically compresses space needed for computation
scientificamerican.com
Cloud-forming isoprene & terpenes from crops may drastically improve climate
smithsonianmag.com
Asynchronous Error Handling Is Hard
parallelprogrammer.substack.com
Ask HN: What Are You Working On? (June 2025)
I made my VM think it has a CPU fan
wbenny.github.io
Helix: A Modern, High-Performance Language
github.com
Data Centers, Temperature, and Power
backblaze.com
Ubuntu: Introducing Debcrafters
discourse.ubuntu.com
Cross-Compiling Common Lisp for Windows
fosskers.ca
I heard a talk from Mahadevan when I was in grad school, probably around 2010. It was one of the most inspiring talks I heard in my time at Caltech (he was visiting from Harvard). Much of the talk was dedicated to understanding how variable cellular growth creates the visible macroscale structure in plants, from leaves that ripple to flowers as complex as irises. He also had a notable demonstration with an rubber tube glued to an elastic band where he showed how these two structures with different tensions reliably cause the tube to fold into a “knot”, which is the basis for how our hearts form from a folding vein in utero.