Notes

Rigorous mathematical treatment of the Standard Atmosphere from Anderson's Introduction to Flight (2021), with full derivations of the hydrostatic equation, pressure/density integration, and altitude definitions.

Foundational concepts in aerodynamics: physical quantities, units, the perfect gas law, aerodynamic forces and moments, center of pressure, dimensional analysis, and flow similarity.

A historical survey of early flight pioneers from Cayley to the Wright brothers, covering key breakthroughs in aerodynamics, propulsion, and control that made powered flight possible.

In-depth exploration of the ISA model with a Python calculator for computing atmospheric properties at any altitude.

Detailed examination of the statistical hot spot model for shock initiation and detonation in high explosives, including probabilistic formulation, model parameters, numerical simulation results, and physical interpretation.

Comprehensive notes comparing C++ output to handwritten assembly: multiplication ops, register usage, calling conventions, and optimization trade-offs.

Technical overview of the technology stack, architecture decisions, and rationale behind this website.

Personal reflections on the decision to switch from Windows or macOS to Linux.

Detailed notes comparing C++ output and handwritten assembly across x86, x64, and ARM: multiplication instructions, register sets, calling conventions, and optimization trade-offs.

What a six-million-year disappearance in the fossil record reveals about the origins, resilience, and surprising evolution of domestic cats from ancient lineages and improbable migrations.