Simulations

Thirty-seven interactive scenes, each one a piece of the model you can walk around in. They run entirely in your browser — nothing to install, nothing sent anywhere. Inside a simulation: drag to rotate, scroll to zoom, right-drag to pan, and use the scene buttons to step through its stages.

On this page, click a card to launch the simulation, or click the ⤢ corner button for a full-size still of the scene without leaving the page.

Thanks to Chantal Roth - elastic-universe.org for both the inspiration and template for these simulations.

Foundations

Hydrogen, proton, electron, vacuum The proton core, the electron, and the vacuum as layered vortex flywheels.

The nucleus: nucleon, seam, ladder Proton and neutron as one knot with an arm re-wound; the seam that binds only what it can cancel; the droplet climbing to iron and captured past it.

Patterns in the substrate See how vortex lines collide and reconnect and how they organize into patterns.

The canonical loop and the modon One spinner: disk, jets, sheath, remainder — open the valve, wrap it, pair it with its mirror, launch a coin; the same machine at nine scales from the atom to the bubble, with DNA drawn as the duplex and the neuron as a pyramidal cell on its microtubules; and the nest, every layer a new return flow.

Gravity The ebbing current, the horizon it forms, and what light does inside it.

A galaxy Three views: the galaxy — boundaries that breathe, a gate at 750 km/s, a sky that slides back; the nucleus as an engine, from little red dot to jet mode; and the Bullet Cluster, the gate crossed at cluster scale.

The boundary layer Close up on the boundary layers gravity leaks through: the paired breath that holds (MOND) and the one pried open (Newton), why the leak is so small, and the vacuum's ledger for Λ.

Time dilation Every clock is a signal pinned to the medium — move the medium and the clock follows.

Michelson–Morley The wind goes straight through the lab, and every bubble hides it.

The Big Bubble

Where the knots came from.

The boil: the pop, the fog, the lock Matter and its mirror race to attrition; three loops lock and lay 1836 seams; the quiet ones settle.

Quantum experiments

The canonical results, run in a medium rather than in the abstract.

Double slit and quantum eraser One modon, one slit; one pilot wave, both slits.

Bell's theorem A twist wave travelling along a vortex channel the two ends already share.

Quantum computing One history, one guiding field, one floor underneath the qubits.

Aharonov–Bohm The wind that turns the hand without ever pushing the core.

Quantum Hall Fractional charge as the winding number of a vortex.

Casimir force A boundary in the modon field, weighed as a difference between inside and out.

Vacuum birefringence The crystal that a strong field grows in the vacuum around it.

Matter and materials

What the substrate looks like once atoms start bonding.

The valence shell Tokens, merger, chain — how a shell fills and how a bond forms.

Conductors and superconductors The raceway, the cooling, and the pair that survives it.

Helium-3: the A and B phases One pair, two ways to hold itself: balanced against the walls, or cancelled to zero.

Aromatic rings The toroidal vortex that rides above and below a carbon ring.

Water The molecule, the cold wall, the ring, the canyon, the cell.

Crystal optics Light through stone on one frequency dial: the race that times the index, one shell's handshake, calcite's two images, the infrared mirror, the Bragg lock at the cell, quartz's ringing shells, and a slow axis fixed to the sky.

Magnetism: the organized leak A magnet built from atoms, two magnets pulling and pushing, a checkerboard that hides its own field, and the buried shell that holds a magnet's axis.

Light and heat

Where the boundary tips and light comes out.

How a moving charge makes light A push the far field has not heard about: the dress of winding lines, the kink that is the light, and the motion — not the charge — setting its color.

Thermal light Who tips the boundary, the carbon speck, a wall or a stretch.

Sonoluminescence Sound in, one lattice cell squeezed, modons out.

The chorus The clone, the lock, the dark chorus — one coupling, N boundaries locking through their wakes, and the vacuum as the dark state.

The scattering ring Reciprocal space, drawn: a slice of the lattice and its structure factor computed live — comb, speckle, or one ring — the Ewald circle that turns the ring on at 2ξ, and the floor and the ring as one point on the light cone.

Earth and life

The same lattice, several orders of magnitude up.

Gaia: the Earth as a stack The stack and the faint coin — with close views of the lid, the sky, the exit, the fault.

The aromatic pocket and anaesthesia Reader, spectator, array — and what switches the reader off.

The microtubule at ring resolution Wall, register, site, array — 5,564 rings where the cryo-EM put them, and the anaesthetic at the emitter.

Cells as nested modons The stack from cell to ribosome, the √2 ladder, and the tun state.

Cell division: one domain becomes two The split from interphase to two daughters, the parity rule of one, two or three poles, and the plane a sheet's cell cuts.

DNA and the microtubule Two helices unrolled and locked to f, then the polar axis as a living wire read by [4Fe-4S] clusters, the gene as a four-port node with the Mediator as its nose, the nose opened as a combinatorial matcher, and the loop drawn in time as a ring whose delay sets its period.

The codon in the substrate The five letters as one vortex or two, the pair as a boundary closed across the bridge, three letters stacked into a stamp, the codon's mirror in the anticodon, and the sixty-four stamps as a cloud at the anti-lock pole.

From photon to ATP The modon split at the reaction center and spent at the rotor — three ATP per turn.