A Lennard-Jones Layer for Distribution Normalization (TMLR 2024)

Potencial de Lennard-Jones

Cohesive energy and Lennard Jones Potential (Derivation) || Solid State Physics

Lennard-jones simulation

A granular material flowing towards the tip of a wedge

A granular material flowing towards the back of a wedge

A granular material with square-symmetric interaction flowing around a disc

Forming "molecules" - The effect of decreasing temperature

A denser granular material with square-symmetric interaction flowing around a disc

A granular material flowing towards the tip of a wedge: Dislocations and mixing

Time-averaged energy flow through a maze

Crossing the jamming transition

[Corrupted] Compressing charged molecules: Energy and density (re-upload 2)

A granular material flowing around a disc

Prelude to the Coandă effect - Kinetic energy and velocity

A granular material flowing around a triangle

|L21| LENNARD JONES POTENTIAL | SOLID STATE NUCLEAR PHYSICS | B.Sc.3rd yr Physics | #lennardjones

A rotating triangle in a granular medium: kinetic energy and direction

More interacting squares on a sphere

The unjamming transition

Charged particles forming "molecules"

A first attempt at simulating the Coandă effect

Particles on a cube

Between molecules and crystals

Prelude to the Coandă effect

Interacting squares on a sphere

Compressing charged molecules (re-upload)

An illustration of the Hall effect

The Hall effect with an increasing magnetic field

Dislocation dynamics around an irreversible blender in a granular medium

A plasma with Coulomb interaction in an electric field and strong magnetic field

The Hall effect with an increasing electric field

A blender in a granular medium

Compressing charged molecules: Charge density and force field (original upload)

A granular material flowing around a square

The Hall effect with an increasing electric field: Charge and particle density (compressed original)