High-Energy Physics Simulation

Monte Carlo
Particle Collision
Simulator

Generate 100,000+ collision events in seconds. Explore relativistic kinematics, conservation laws, and statistical analysis — all powered by Monte Carlo methods.

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Events Generated
0
Throughput
0/s
Conservation
10⁻¹⁷ GeV
Plot Types
6

Simulation Pipeline

From random sampling to publication-quality visualizations in four stages.

01

Monte Carlo Sampling

Draw beam energies from uniform distributions and collision angles from isotropic distributions.

02

Relativistic Kinematics

Calculate 3-momenta, invariant mass √s, and final-state energies using conservation laws.

03

Dataset Generation

Package event data into structured arrays with CSV/NumPy export capabilities.

04

Analysis & Plots

Distribution fitting, KS goodness-of-fit tests, and 6 publication-quality figures.

Explore the Physics

Theory & Formulas

Dive into special relativity, Mandelstam variables, CM frame kinematics, and the complete simulation algorithm.

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Interactive Simulation

Configure parameters, run thousands of collision events, and see real-time statistical results.

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Visualizations

Energy distributions, angular plots, invariant mass spectra, and energy correlation charts.

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