Particle Tapestries

Featured 3/18/18 in Fractal Abstracts Featured 5/1/18 in Metallic Junktion Created in Mandelbulb 3D v.1.8.9 ("M3D") starting with parameters from Play Station by Len1 (see below). Additional work, including scale up and final render, in GIMP v.2.8. Best if viewed larger. youtube:https://www.youtube.com/watch?v=fFy4D6Hmfyk tech notes:11 27 17 from Play Station by Len1~ map 26

As if they weren't hard enough to get away from already, now you can put these little nuisances just about anywhere you want!

The wave function of a particle in a central force, which is an explicit solution to Schrodinger equation, in one of it's few relatively easy cases that can be solved manually.

I do not fully understand CERN and if the rumours are true. The very idea that two universes can collide due to CERN, is an incredible idea, and we must be careful with the power that we wield. This piece of art is a representation of CERN and the Multiverse. It is showing two particles colliding in a visual / artistic representation, and to the left and right, two universes coming together to collide, creating one new universe.

A full view of Kevin Caron's kinetic sculpture Supercharged Particle

ATV

The wave function of a particle in a central force, which is an explicit solution to Schrodinger equation, in one of it's few relatively easy cases that can be solved manually.

Keep dancing until the world stops spinning

Cat face made from tiny particles.

In white lettering in a block format, this cute gift for the woman in science in your life says, "JUST A GIRL WHO LOVES ANTIMATTER."

Photograph of a neutrino interaction event in the 15- foot bubble chamber at the Fermi National Accelerator Laboratory (Fermilab) near Chicago. The neutrino enters the bubble chamber at far right, but does not leave a track itself because it is electrically neutral. It interacts almost immediately with a proton in the liquid filling the bubble chamber, producing a spray of particles that travel towards the left, curving in the chamber's magnetic field. The V- shaped pairs of tracks in the lower half of the picture, which end in characteristic spiral curlicues, are electron- positron pairs produced from gamma-rays.

Quantum Mechanics Building floor plan with you are here text and arrows pointing to two different locations is a funny quantum physics design for science geeks and engineers at back to school, birthdays, holidays and graduation.

Physicist

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The atom isn't best pleased about being split in Rutherford's experiment.

Georges Lemaitre, father of the theory of the big bang was a Belgian cosmologist and Catholic priest. Show the world your nerdy side with this big bang fact. If you love faith and reason, then this design is for you.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

Subatomic particle tracks. Coloured bubble chamber photograph showing tracks left by subatomic particles from a particle accelerator at CERN, the European particle physics laboratory at Geneva. A bubble chamber is a container filled with liquid hydrogen which is superheated - momentarily raised above its normal boiling point by a sudden drop in pressure in the container. Any charged particle passing through the liquid in this state leaves behind a trail of tiny bubbles as the liquid boils in its wake. The bubbles are seen as fine tracks, which show the characteristic paths of different types of particle and which are curved due to an intense applied magnetic field.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

The four constants describing the limits of the universe from the smallest things to the great astronomical temperatures.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

A Feynman diagram is a simple way to represent the mathematical relationships between a set of atoms. They are often used to explain the quantum mechanical behavior of atoms and molecules.

The infamous Compton effect for physics lovers, the scattering of an electron interacting with a photon.

The infamous Compton effect for physics lovers, the scattering of an electron interacting with a photon.

The four constants describing the limits of the universe from the smallest things to the great astronomical temperatures.

Artificially coloured bubble chamber photo from CERN, Geneva, showing the tracks of subatomic particles; details of particles unknown. (1984)

One step down from the God Particle.

Feynman diagram for physics lovers, electron positron, to muon scattering.

Double slit experiment. Light from a light bulb (left) is shone towards a plate (centre) containing two slits. The light that passes through the slits is observed on a screen behind the plate. This experiment shows that light exhibits the characteristics of both a wave and a particle, a phenomenon known as wave-particle duality. Each photon of light travels through one of the slits, as would be expected of a particle, but light from the two slits interfere, as expected of a wave.

Feynman diagram for physics lovers, electron positron, to muon scattering.