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$A gradient index lens with quadratic refractive index exposed to two light sources$

Smaller interacting kites-and-darts-type molecules

Nils Berglund

Nils Berglund

Smaller interacting kites-and-darts-type molecules

Classics revisited: Parabolic reflectors in high resolution

Looking for quasicrystals: Interacting kites-and-darts-type molecules

Weather on the Earth with a random initial state - Velocity and wind direction

Waves of two different frequencies crossing a randomized square lattice

This is not Tetris: Interacting falling squares

Weather on the Earth with a random initial state

Waves of two different frequencies crossing a regular square lattice

More rigid falling pentagons

Venusian weather - vorticity and wind direction

Waves of two different frequencies crossing a "sunflower" lattice

Pentagonal foam with gravity

Weather on terraformed Venus

Waves of two different frequencies crossing a Poisson disc lattice

A pentagonal foam bath in a box

Martian weather

Waves of two different frequencies crossing a hexagonal lattice

Foam bath - Kinetic energy and orientation

Martian weather - vorticity and wind direction

A diffraction grating with 6 layers, shown with enhanced contrast

Foam bath: Coagulating pentagonal molecules

What could the weather on terraformed Mars look like?

Waves of two different frequencies crossing a diffraction grating with two layers

Fatty polymers and water, with and without soap

More stable weather with 16 pressure systems - vorticity and wind direction

Cherenkov radiation of two particles moving in opposite directions

Neutral soap and water at decreasing temperature

More stable weather with 16 pressure systems, westerlies and trade winds

Energy flux of waves of two different frequencies crossing a diffraction grating

Neutral soap and water with increasing force constant

Weather on the Earth, with 17 pressure systems

Cherenkov radiation for increasing wave speed

Have you ever questioned the nature of your reality? First successful DNA replication in silico

Video #1200: Weather on the Earth

Waves of two different frequencies crossing a diffraction grating

Bloopers 17: You look lonely. I can fix that. Replicated DNA getting pinned

Four interacting pressure systems on a rotating sphere

Cherenkov radiation, with corrected refractive index

A and C and T and G. The alphabet of you: Almost complete DNA replication

Density and direction of speed of more stable vortices on a rotating sphere

Cherenkov radiation of an even faster particle

Enhance 57-19: DNA replication (long version)

Enhance 34 to 46: DNA replication (short version)

Density, speed and vorticity of unstable vortices on the sphere, featuring music by State Azure

Cherenkov radiation of a slightly faster particle

Within cells interlinked: Replicated DNA curling up in a box

Adding tracers in 3D to vortex simulations on a rotating sphere

Cherenkov radiation

All those moments will be lost in time: Longer simulation of DNA replication

More stable vortices in Euler's equations on a rotating sphere

Waves of two different frequencies crossing a biconvex lens

Replicants are like any other machine: Trying to model DNA replication

The asymmetric rock-paper-scissors-lizard-Spock equation on the sphere, with improved polar behavior

Unzipping more flexible DNA-like molecules with enzymes

A light source approaching a biconvex lens

Transition from symmetric to asymmetric rock-paper-scissors-lizard-Spock equation on the sphere

Unzipping DNA with enzymes (a simple model)

A light source moving between the focal points of an ellipse

The rock-paper-scissors-lizard-Spock equation on the sphere, with improved behavior at the poles

DNA-like molecules in a box

A light source moving in and out of focus of a gradient index lens

The Rock-Paper-Scissors equation on the sphere, with improved behavior at the poles

DNA-like molecules in higher temperature and flying ice cubes

The double peak disappears when the source filmed with a gradient index lens is slower

The Allen-Cahn equation on the sphere, with improved behavior at the poles

DNA-like molecules with Coulomb interactions

What would a superluminal light source look like in a non-relativistic universe?

Four vortices on a rotating sphere

DNA-like molecules with dissociation of non-matching base pairs

3D representation of a gradient index lens with quadratic refractive index

Speed and vorticity of a fluid on a rotating sphere

DNA-like molecules with random dissociation

A gradient index lens with quadratic refractive index exposed to two light sources

Vortex dynamics on the sphere with weaker Coriolis force

Longer simulation of DNA-like molecules

3D representation of a gradient index lens

Vortex dynamics on the sphere in a strong Coriolis force