Original guides about the browser games and game systems where gravity, collisions, joints, suspension, momentum and other physical behavior shape how you play.
What separates a great 2D driving game from a floaty one? A deep look at how browser car and motorbike physics are built — chassis, revolute wheels, spring suspension, motor torque and weight transfer — and the design lineage from Excitebike and Elasto Mania to Hill Climb Racing.
Why do ragdoll and stickman games feel so good to mess with? A deep look at passive vs active ragdolls, the Verlet-integration trick behind floppy stick figures, the comedy of physics collapse, and the design lineage from Hitman to Gang Beasts to the browser ragdoll boom.
A deep technical piece on the algorithms inside a modern physics engine: rigid body dynamics, iterative constraint solvers (Gauss-Seidel, PGS), continuous vs discrete collision detection, broadphase partitioning, joint constraints, and why Box2D became the standard for browser games.
A long read on the online physics-game genre: how it started with Box2D and Flash, which engines power it today, the seven distinct sub-genres, what makes a physics game actually good, and where the format is headed as WebGPU arrives.
This collection stays focused on physics-led games and the systems behind them. General browser-game, match-three, clicker, zombie and unrelated genre articles remain available at their existing URLs but are not promoted in the public catalog.