# Phenomena Studies

Phenomena Studies is a personal visual research series exploring physical phenomena through model-driven simulation and curated parameter studies.

## Canonical Identity

- Creator: Satoshi Nakamaru
- Display name used by the visual series: Satoshi N.
- Canonical creator entity: https://snakamaru.info/#person
- Creator profile: https://snakamaru.info/profile/
- Series identifier: https://phenomenastudies.com/#series
- Series URL: https://phenomenastudies.com/

## Studies

- Study #01: Belousov–Zhabotinsky Reaction — A model-driven visual study of oscillating chemical patterns. https://phenomenastudies.com/studies/01-bz-reaction/
- Study #02: Gray-Scott Reaction-Diffusion — A model-driven visual study of morphogenesis and self-replication. https://phenomenastudies.com/studies/02-gray-scott/
- Study #03: Chladni Figures — A visual study of standing waves drawn by sand. https://phenomenastudies.com/studies/03-chladni/
- Study #04: BZ II — Thermal Fields — A model-driven visual study of one chemistry split into many regimes by heat. https://phenomenastudies.com/studies/04-bz-thermal/
- Study #05: Lorenz Attractor — A model-driven visual study of deterministic chaos. https://phenomenastudies.com/studies/05-lorenz/
- Study #06: Wave Interference — A model-driven visual study of superposed coherent waves. https://phenomenastudies.com/studies/06-wave-interference/
- Study #07: Kuramoto Model — A model-driven visual study of spontaneous synchronization. https://phenomenastudies.com/studies/07-kuramoto/
- Study #08: Phase Separation — A model-driven visual study of spinodal decomposition and coarsening. https://phenomenastudies.com/studies/08-phase-separation/
- Study #09: Diffusion-Limited Aggregation — A model-driven visual study of dendritic growth by diffusion. https://phenomenastudies.com/studies/09-dla-aggregation/
- Study #10: Ising Model — A model-driven visual study of a magnet's order-disorder phase transition. https://phenomenastudies.com/studies/10-ising/

## Claim Boundary

- The studies are personal visual research and model-driven visual interpretations.
- They are not presented as peer-reviewed scientific simulation results.
- Scientific references and model notes are provided on individual study pages where available.