Biophysical Statistical Mechanics and Brownian Motion Step by Step
A lightweight execution-visualization book.
Ensemble Counts
Weights Become Probabilities
Expected Counts Come from Fractions
Rare State Is a Count Ratio
Brownian Step Ledgers
Step Variance Adds
Rms Needs a Perfect Square
Diffusion Coefficient from Steps
Drift and Diffusion
Drift Moves the Mean
Diffusion Widens the Spread
Peclet Compares Drift and Spread
Osmotic Pressure Ledgers
Thermal Energy Counts Particles
Pressure Volume Closes Energy
Accepted Statistical Biophysics Audit
Statistical Ledger Cross Scans
Ensemble Fraction Three-Row Scan
Brownian Count Three-Row Scan
Osmotic Volume Three-Row Scan
Statistical Source Factor Depth Scans
Population Size Source Scan
Step Length Source Scan
Drift Time Source Scan
Particle Count Pressure Source Scan