Axiom

Hi HN, I'm a 19-year-old aerospace student. I spent the last 13 months building a custom Linux distro from scratch because I wanted to see if we could treat the OS kernel as a mathematical engine rather than a deterministic administrator.The Stack: Flux (The Shell): A custom math-native shell where x² and ∑ are valid syntax. It parses mathematical notation directly into optimized SIMD instructions (no Python wrapper).Tenet (The Scheduler): Written in Tenet (my custom DSL for game theory). The scheduler is a Nash Equilibrium solver compiled to native code. In my benchmarks (Ryzen 7 5800HS), it reduces max jitter from 290µs (Linux Mint) to 6µs (48x lower).Alexitha (The Safety Layer): I replaced systemd with a Neurosymbolic agent that formally verifies kernel modules before execution.Current Status: Pre-alpha research kernel. The source is currently closed as I finalize the security architecture (and potentially commercialize parts of the safety layer), but I have released the whitepapers detailing the math and compiler architecture on the landing page.I'm here to answer questions about the LFS build process, the scheduler math, or how Flux handles symbol parsing!The Manifesto: If you want the full story of why I nuked my hard drive to build this (and the "Apollo 11 Paradox"), I wrote about the philosophy here: https://fawazishola.medium.com/why-i-nuked-my-hard-drive-to-...