In this post, I'll be detailing how C and C++ can be programmed in a sane and memory-safe way. We'll be going through some custom memory allocator strategies that provide simple ways of dissolving common memory problems.

This post is inspired by my C++ core library called Presheaf, whose source code is freely available. The main goal of the library is to deliver the programming experience I wanted and C wasn't able to fully deliver.

As a final project for my mathematical-physics class I studied the categorical equivalence between 2-dimensional topological quantum field theories (TQFT) and the category of commutative Frobenius algebras. This led to an interesting study paper, which I'm now making publicly accessible.

One of my long-term aspirations is to forge an emulator for the legendary Game Boy console. As a side-quest, I decided to write a virtual machine for the CHIP-8 interpreted language from the mid-1970's. Although not a hardware emulation project, it makes you dig a bit into techniques common to emulation software.

Since 2020, I started documenting all of my studies in mathematics. This process ended up generating something that resembles a book. It is with the hope of illuminating the path for fellow nerds that I decided to share my collection of notes publicly.

This is a simple CPU-based ray-tracer following Ray Tracing in One Weekend by Peter Shirley