Videos

The simulation series

Narrated walkthroughs of the interactive simulations, the easiest way to see the substrate:

13:50 Part 1 · Physics Foundation simulations The proton as a knot of three vortex rings, the electron as a vortex with an extra inner winding, the photon as a modon, and the vacuum particle that holds the energy we can't see. Read: Proton · Electron · Photon

13:27 Part 2 · Biology Cellular dynamics simulations Covalent bonds, the energy of the cell and the structure of DNA, plus a refinement of the Penrose–Hameroff microtubule picture of cognition. Read: DNA · Microtubules · ATP

13:16 Part 3 · Physics & experiments Foundation simulations, part 2 The atomic nucleus, how protons and the CMB formed, galaxy dynamics, and the double-slit, Aharonov–Bohm and Bell experiments, plus what the model says about quantum computing. Read: Double slit · Bell · Galaxies

20:13 Part 4 · Every scale Big picture and layers of the Earth One pattern of boundary layers from the atom, DNA and the brain up through the Sun, the galaxy and the cosmos, then how the Earth's layers formed and evolved. Read: Universe that boils · Gaia · Deep Earth

Deeper dives

Each with a focused recap:

14:04 Deeper dive Light The substrate from a photon's point of view, then simulations of the Planck spectrum, light in crystals, lasers, the scattering ring, sonoluminescence and vacuum birefringence. Read: Photon · Thermal light · Sonoluminescence

12:56 Deeper dive Gravity The Higgs VEV equation, gravity as a leak through superfluid shear boundaries, and why MOND works at a galaxy's edge but not in galaxy clusters. Read: Gravity · Galaxies · Bullet Cluster

Focused intros

7:39 Shortest intro · slides Universe of Vortices The core idea with no simulations: particles as vortices spinning at light speed, mass as leaking vortex energy, the photon as a paired vortex (a modon), and gravity as a pressure effect that bends light and slows clocks. Read: Particles · Mass · Gravity

15:45 The longer story The Story of the Substrate The universe as a superfluid, including an undiscovered lightweight vortex that fills the space between particles, and how one set of equations reaches the Higgs field, the muon mass ratio and why iron is the most stable nucleus. Read: Our normal universe · Predictions

13:45 Intro with the math The Vacuum's Superfluid Lattice A video companion to the paper: E = mc² from rotational energy, and the hidden vacuum particle that sets the Higgs VEV, the MOND scale and the muon mass ratio. Read: The paper · Higgs field · Lattice cell