The complete research archive, newest first. Every essay covers one mechanic in depth with measured benchmarks and an interactive sandbox.
30 published research essays
A micro-level dissection of frame-perfect timing tricks, audio-visual synchrony, and CSS/Canvas transform micro-perturbations that transform raw code into tactile weight.
A behavioral psychology breakdown of attention capture, dopamine reinforcement, and the ethical design boundaries of fail-state feedback in casual games.
Applying information theory to menu taxonomy, zero-click auto-launches, and frictionless cognitive flow in instant browser games.
An algorithmic teardown of line-segment intersection sweeps, radial angle sorting, and dynamic line-of-sight lighting in 2D browser stealth games.
A mathematical exploration of angular velocity modulation, non-linear rotation dampening, and circular chord collision bounds in reflex timing games.
A physical teardown of upward impulse vectors, asymmetric gravitational acceleration, and axis-aligned bounding box (AABB) padding in hyper-casual arcades.
A geometric dissection of parametric interlocking tabs, path clipping masks, and magnetic proximity snapping in web puzzle games.
A physical modeling breakdown of position-based particle dynamics, iterative relaxation loops, and anchor point kinematics for instant-play browser puzzles.
An architectural breakdown of match detection line sweeps, cascade gravity simulation, and fallback generation algorithms in casual puzzle mechanics.
A computational dive into exact cover matrix reduction, circular doubly-linked lists (DLX), and sub-millisecond Sudoku generation on the web.
A procedural architecture teardown of the 4-5 cellular smoothing rule, flood-fill graph decomposition, and tunnel carve-outs for browser roguelikes.
A complete algorithmic guide to discrete adversarial game trees, branch pruning inequalities, Zobrist hashing, and Web Worker thread offloading.
An engineering deep-dive into transactional browser persistence, schema version migrations, and instant-resume PWA caches for zero-loss web gaming.
A comprehensive architectural breakdown of Framebuffer Objects (FBOs), ping-pong blur passes, and trauma-decay shake models for 60Hz browser games.
An algorithmic teardown of spatial bounding trees, Morton code space-filling curves, and broadphase collision culling in high-throughput HTML5 game loops.
A comprehensive guide to touch mechanics in mobile browsers: passive listener bypasses, multi-touch tracking arrays, dynamic anchor joysticks, and deadzone tuning.
An algorithmic deep dive into graph traversal in browser games: Manhattan vs Euclidean heuristics, priority queue implementations, and hierarchical pathfinding.
A mathematical deconstruction of responsive platforming physics: asymmetrical gravity multipliers, peak float buffers, and input buffering ergonomics.
An architectural analysis of peer-to-peer browser networking, unreliability flags in RTCDataChannel, and dead reckoning for zero-server multiplayer.
An in-depth engineering guide to maximizing HTML5 Canvas 2D throughput, mitigating state swap chatter, and offloading particle physics to Web Workers.
A technical exploration of browser audio pipelines, synthesis of non-blocking transient impact sounds, and psychoacoustic masking for snappy game feel.
An operational taxonomy for selecting browser games based on cognitive load, executive reserve, and available micro-break duration.
A technical retrospective on the engineering milestones that transformed web games from insecure NPAPI plugins to modern, multi-threaded WebAssembly and WebGL engines.
Examining Attention Restoration Theory, executive function fatigue, and how lightweight browser games provide superior mental replenishment compared to passive social media doomscrolling.
The 6 older essays are grouped by play style in the category archive.
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