Revolutionary Physics Computing
Experience the paradigm shift from complex quantum field theory to elementary arithmetic through exact fractional representations of Standard Model parameters.
Exact Arithmetic
No floating-point errors. All calculations use exact rational fractions, ensuring perfect precision in every step.
Step-by-Step Solutions
Watch complex physics calculations unfold as simple arithmetic operations with detailed intermediate steps.
Complete SM Coverage
Calculate parameters across all Standard Model sectors: QED, electroweak, QCD, flavor physics, and cosmology.
Anti-Numerology Safeguards
Built-in protocols ensure scientific rigor using Minimal Description Length framework and complexity scoring.
Educational Focus
Makes advanced quantum field theory accessible to students with clear explanations and theory background.
Experimental Validation
All fractional values validated against precision experiments and benchmark calculations to 12+ significant figures.
Complete Physics Coverage
Calculate across all major areas of the Standard Model with exact precision
CKM Matrix
Quark mixing angles and CP violation
sin 2β = 119/169λ = 2/9J_CKM exactPMNS Matrix
Neutrino mixing and oscillations
sin²θ₂₃ = 9/16sin²θ₁₂ = 7/23δ = -π/2QED Calculations
Electromagnetic precision tests
α = 2639/361638Muon g-2Fine structureCosmology
Dark matter and dark energy
Ω_m = 63/200Ω_Λ = 137/200H₀ = 337/5Transform Your Physics Calculations Today
Join the revolution in computational physics. Experience the power of exact arithmetic and make Standard Model calculations as intuitive as basic math.
Interactive Physics Calculators
Explore our comprehensive suite of Standard Model calculators, each designed to make complex physics calculations as intuitive as elementary arithmetic.
Live Calculation Demo
Interactive Calculation Demo
Click "Demo" on any calculator module to see step-by-step exact fractional calculations in action.
Standard Model Constants Registry
Complete catalog of fundamental physics parameters as exact fractions, validated against experimental measurements with unprecedented precision.
Featured Constants
Key parameters showcasing the power of exact fractional representations
Fine Structure Constant
Symbol: α
Units: dimensionless
Scheme: On-shell α(0)
Sin 2β
Symbol: sin 2β
Units: dimensionless
Scheme: Derived from CKM parameters
Atmospheric Neutrino Mixing Angle
Symbol: sin²θ₂₃
Units: dimensionless
Scheme: Standard parameterization
Matter Density Parameter
Symbol: Ω_m
Units: dimensionless
Scheme: Flat ΛCDM
Why Exact Fractional Representations Matter
Perfect Precision
No floating-point errors or numerical approximations—every calculation is mathematically exact.
Computational Speed
Simple integer arithmetic replaces complex floating-point operations, dramatically improving performance.
Educational Value
Makes advanced quantum field theory accessible through elementary mathematical operations.