1. ☯️ Light Fluid
☯️ Light Fluid
  • A Universe of Vortices
  • Our Normal Universe
  • The Vacuum’s Superfluid Lattice
  • Visual Introduction
  • Videos
  • Simulations
  • The Bridge Equation
  • A Universe That Boils
  • Predictions
  • About
  • Foundation
    • Substrate Particles and Properties
    • Emergent Speed of Light
    • Mass as Leaking Rotational Kinetic Energy
    • Two Counter-Rotating Fluids → Quantum Potential
    • HVBK Mutual Friction
    • Gravity as Boundary-Layer Ebbing
    • The Photon as Modon
    • The Speed Limit
    • Special Relativity from the Moving Clock
    • The Reach Law
  • Atomic Structure
    • The Hydrogen Atom as a Layered Orbital System
    • The Electron
    • The Hydrogen Flywheel
    • The Proton Core
  • Substrate Structure
    • The Standard Model in the Substrate
    • Three Generations from One Turning Knot
    • The Neutrino Mass, Weighed at the Floor
    • Spin-Statistics and the Dual-Spin Gyroscope
    • Higgs Field
    • Deriving the Weinberg Angle from Mutual Friction
    • Fine Structure Constant
  • The Lattice
    • Scale-Invariant Feedback Topology
    • The Substrate Ladder
    • The Substrate’s Information Architecture
    • Time’s Arrow in the Substrate
    • The Vacuum as a Time Crystal
    • The Stealth Vacuum
    • Superfluid Helium: The Substrate’s Mirror
    • The Supersolid
    • Turbulence in the Substrate
    • The Ladder Index
    • The Modon Index
    • The Lattice Cell Size
  • Materials
    • Conductors and Superconductors
    • London Equations from HVBK
    • Crystal Optics
    • Magnetism
    • Aromatic Rings as Toroidal Vortices
    • Channel with Memory
    • Silicone Oil: The Substrate’s Stage
    • Lightning: The Substrate Made Visible
    • Thermal Dynamics in the Substrate
  • Periodic Table
    • Reading the Periodic Table
    • Carbon in the Substrate
    • The Neighbors of Carbon
    • Lithium and Salts
    • Iron in the Substrate
    • Silicon in the Substrate
    • Gold in the Substrate
    • Uranium in the Substrate
    • Helium and Noble Gases
    • Hydrogen in the Substrate
  • Cosmology
    • Spacetime, Dynamics, Inflation
    • Black Holes as Sonic Horizons
    • Neutron Stars
    • Galactic Dynamics from Boundary Parity
    • Galactic Magnetic Fields
    • The Cosmic Web
    • The Substrate’s Equation of State
    • Dark Energy and the Crust
    • The Two Dipoles
    • Tidal Dwarf Galaxies
    • The Bullet Cluster
    • Modons in Space
  • Boundary Energy
    • Follow the Energy
    • The Boundary Energy Profile
    • The Inner Rim Spectrum
    • The Outer Rim Onset
    • The Outer Reach
  • Light
    • The Modon Floor
    • The Scattering Ring
    • Spectrum-Free Light
    • Sonoluminescence: Modons from the Bubble Collapse
    • The Laser
    • Superradiance
    • The Photon BEC
    • Dressed Light
    • The Frequency Comb
    • Laser Cooling and the Atomic BEC
    • Microwaves and Water
  • Five Elements
    • Fire
    • Water
    • Ice
    • Air
    • Earth
  • Geology
    • Gaia’s Layers
    • Deep Earth in the Substrate
    • The Crust as Compressed Lattice
    • Mantle Dynamics in the Substrate
    • Rifts and Volcanism in the Substrate
    • The Ocean Floor in the Substrate
    • The Substrate You Can Stand On
  • Cellular Dynamics
    • DNA and the Living Lattice
    • Cells as Nested Modons
    • The Codon Stamp
    • Epigenetics: The Latch
    • The Aromatic Pocket
    • Microtubule Highways
    • From Photon to ATP
    • The Plasma Membrane
    • The Endoplasmic Reticulum
    • The Ribosome as a Fluid-Flow Stamper
    • The Golgi Apparatus
    • Vesicle Traffic and the Endomembrane Loop
    • The Nucleus and Its Envelope
    • Mitochondrial Anatomy
    • Cilia and Flagella
    • Cell Sorting as Boundary-Energy Minimization
    • Immunity as Boundary Reading
  • Perception
    • Perception
    • The Eye as Antenna
    • The Ear as Resonator
    • The Nose as Combinatorial Array
    • Touch and Proprioception
  • Brain
    • Brain Intro
    • Neuron as Cable Modon
    • Synapse as Modon Coupling
    • Cortical Maps and Rhythms
    • Microtubule Coherence
  • Mind
    • Mind Intro
    • The Long Vector
    • Brain as Differential Prediction-and-Control Engine
    • The Bilateral Brain as Coupled Modons
    • The Cortical Resonator ODE
    • Memory in the Substrate
    • Memory and the Hippocampal Modon
    • The Open Loop
    • The Vagal Highway
    • The Default Mode Network
    • Emotions in the Substrate
    • Language in the Substrate
    • Trust as the Matched Channel
    • Transformers and Substrate-Friendly Computation
    • Economics in the Substrate
    • Music in the Substrate
  • Plants
    • Chloroplast Anatomy
    • The Plant Cell and Plasmodesmata
    • The Calvin Cycle as Loop
    • Phloem and Xylem as Polar Transport
    • Tropisms and Substrate Response
    • The Mycorrhizal Network
    • The Seed in the Substrate
  • Solar System
    • Solar and Stellar Dynamics
    • The Solar System as Substrate Architecture
  • The Big Bubble
    • Why Matter Won
    • The Two Ledgers of the Boil
    • The Quiet Majority
    • The Forge of the Elements
    • Early Structure Formation
    • Erratics: Catching a Piece of the Previous Cycle
    • The Winding Down
  • Experiments
    • Michelson-Morley and the Null Result
    • The Sagnac Effect and the Circulation It Counts
    • Double-Slit Experiment & Quantum Eraser
    • Bell’s Theorem and Entanglement
    • Quantum Computing in the Substrate
    • Aharonov-Bohm Effect
    • The Quantum Hall Effect
    • Lamb Shift
    • The Casimir Force
    • Vacuum Birefringence
  • Model Details
    • Could this be chance?
    • Constraint Summary
    • Open Problems and Next Steps
    • Source Code
      • substrate_atomic.py
      • substrate_gravity.py
      • substrate_galactic.py
  • References
  • Speculation
    • The Tier Below
    • How Long Does the Stamp Live?
    • How Far and Long Can a Modon Travel?
    • The Turing-Complete Cell
Separation 10 a₀