💥 Big Bang: Primordial Energy Explosion
Watch the universe begin from a concentrated energy singularity. Pure LFM field dynamics show explosive radial expansion—matter and space emerging from a point, no external mechanism required.
Visualization Options
Singularity Parameters
Metrics
- Experiment: Big Bang Expansion
- Physics: Radial energy explosion from singularity
- Controls: E₀, speed, concentration, viscosity
- Note: Energy conserved approximately with viscosity
How to read it
The heatmap shows energy density: bright white/yellow = high energy, red/orange = medium, black = void. Blue arrows show velocity field direction. Watch the expanding shell propagate outward from the center singularity. Increase Central Energy for a brighter explosion; increase Explosion Speed for faster expansion.
The Big Bang: Energy from a Point
This simulation shows primordial energy explosion—a concentrated point releases energy that propagates radially outward. The field evolves naturally: energy spreads, diffuses, and conserves. No external expansion mechanism, no spacetime curvature—just lattice field dynamics from a singularity.
- Central singularity — Energy concentrated at lattice center (r=0)
- Explosive release — Radial velocity field drives outward expansion
- Energy conservation — Total field energy remains approximately constant (with viscosity)
- Shell formation — Energy propagates as expanding wave front
- Natural evolution — LFM dynamics govern spread, no ad-hoc inflation
🔬 Pure LFM Big Bang: This is a minimal demonstration of energy explosion from a point. Real cosmology requires quantum fluctuations, matter/radiation separation, dark energy, and baryogenesis. This shows the principle: concentrated field energy can explode and evolve into structure—all from lattice dynamics with no external driver.
Running Authentic LFM at Lower Resolution
You're running the same Klein-Gordon equation as GPU mode, just on a 32³ lattice instead of 64³. Physics is authentic - only resolution and speed are reduced.
For higher resolution and 60fps, use Chrome 113+ or Edge 113+ with a compatible GPU.
Scientific Disclosure: This is an exploratory simulation. We are NOT claiming this is proven physics. Learn more about our approach and limitations →
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