Live-coded session that implements a bump allocator from scratch, demonstrates eliminating dynamic malloc calls during module initialization, and refactors dependent modules to use the custom allocator.

Historical and technical tour of virtual memory—paging, MMUs and TLBs—from the Atlas supercomputer to modern x86/ARM/RISC-V, detailing how hardware and OS cooperate to enable multitasking and locality-driven performance.

A detailed tutorial that walks through binary loading, stack and heap operation, and the exact in-memory layout of Rust primitives, structs, enums, and smart pointers—illustrating how the Rust compiler represents and optimizes each data type.