Atomic scale simulation
Hydrogen atoms form, stretch, collapse, or dissolve as electron orbitals update from the current constants. Stability labels show Stable, Marginal, Unstable, Collapsed, or Dissolved.
FineTune Physics turns three fundamental constants into a living interface: adjust G, c, or ℏ, then watch the consequences cascade from particles to planets to cosmic time.
Hydrogen atoms form, stretch, collapse, or dissolve as electron orbitals update from the current constants. Stability labels show Stable, Marginal, Unstable, Collapsed, or Dissolved.
A live star changes luminosity, temperature, flares, corona intensity, and color. Push too far and it becomes a black hole, fails fusion, or burns out before planets can matter.
A miniature solar system responds with changing orbital speeds, period ratios, drift, spirals, and Schwarzschild-radius warnings.
The experience is built to feel dramatic without losing clarity. Each system explains the physics in human language while the visuals show what is happening.
Begin with a white flash, expanding shockwave rings, and hundreds of particles erupting outward.
Scrub through the Big Bang, Inflation, Nucleosynthesis, Dark Ages, Stellar Era, and Heat Death.
Contextual cards describe your universe in plain language: what forms, what fails, and why.
Choose simplified guidance or reveal equations, fine-tuning statistics, and detailed regimes.
Life Potential, Star Health, Atom Stability, and Cosmic Age are displayed beside an ECG-style heartbeat that becomes erratic when reality is dying and flatlines when the universe is dead.
Critical thresholds trigger full-width statements such as atom collapse, impossible chemistry, runaway stars, or empty cosmic voids — clear enough for beginners and dramatic enough to remember.
Special phenomena appear as live transmissions: neutron-star conditions, quark-gluon plasma, white-dwarf zones, proton-decay windows, and other rare physics regimes.
Optional nebula overlays, lens flares, hexagonal aperture artifacts, and gravity-lensing rings add a cinematic layer that changes color and intensity with your constants.
FineTune Physics is more than a slider demo. It gives visitors reasons to explore: precision goals, curated universes, randomized extreme scenarios, and configurations they can save or share.
Calculations use dimensionless multipliers applied to the Bohr radius, stellar main-sequence scaling, virial orbital mechanics, and Schwarzschild radius expressions. The result is a sandbox that feels like a game while teaching why our universe is so remarkably balanced.