Knowledge Base

Definitive guide to Claude Code, Codex CLI, and OpenCode — workflows, architecture, and advanced usage.

Complete reference for terminal multiplexing — sessions, panes, scripting, and power-user workflows.

From zero to productive in Neovim — configuration, plugins, LSP setup, and modal editing mastery.

An interactive deep dive into the Linux primitives that power every container runtime — namespaces, cgroups, and union filesystems.

Interactive byte-level exploration of TCP handshakes, TLS negotiation, DNS resolution, and UDP datagrams with real-time annotations.

Step through leader election, log replication, and fault tolerance in the Raft distributed consensus algorithm with an interactive visualizer.

History, techniques, and tools of ASCII art — from typewriter art and ANSI escape codes to box-drawing characters and modern text-based visual expression.

Scene trees, node composition, signals, and scalable project structure for Godot 4 games.

Networked game development in Godot 4 — ENet, RPCs, state sync, and authoritative servers.

Full pipeline from Blender modeling and rigging to animated assets in a Godot 4 project.

End-to-end guide to FDM printing — slicer settings, materials, tolerances, and troubleshooting.

Private pilot knowledge base — aerodynamics, navigation, weather, regulations, and flight planning.

Technical analysis, risk management, and systematic approaches to equity and futures trading.

Watch a photon crawl across the solar system in real time — an interactive meditation on the speed of light and cosmic distances.

A visual guide to the physics of orbits — from Kepler's laws to transfer burns, gravity wells, and the elegant math of falling sideways.

Interactive exploration of the electromagnetic spectrum — wave propagation, signal theory, AM/FM, GPS, and what's happening inside a radio receiver.

Computing at the speed of light — optical fiber physics, photonic integrated circuits, quantum dots, and how manipulating photons could reshape computation.

Blueprint-style interactive guide to rotorcraft — rotor physics, flight dynamics, autorotation, and the engineering behind rotary-wing flight.

An interactive guide to how neural networks learn — neurons, activations, backpropagation, gradient descent, and architectures from perceptrons to transformers.

Immersive deep-dive into the largest animal ever — biology, scale, evolution, ocean zones, and the fight for conservation.