911:Geometry

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“The cube and the sphere are the sole working tools of creation“ - Walter Russell

Contents

Intro

Life cycle

Design

  • Idea, conception, intention, functions, properties.

Creation

Evolution

Recycling

  • Radiation, disintegration, exhaling, magneto-positive force.

Logic

Topology

Dimensions

Hyperspace

“The mind is a maximum hypersurface and thought a trajectory on it and the Amygdala and Hippocampus are Hopf maps of it.“ - Chris McKinstry

Interaction

Transformation

  • Object iteration:
    • Addition and multiplication (todo: note the difference between pure types and mixed type multiplication)
    • Subtraction and division (todo: note the difference between pure types and mixed type multiplication)

Self-organizing systems

Cymatics


  • Natural shapes (circles):


  • Natural shapes (stripes):


  • Artificial shapes:


Magnetohydrodynamics shapes:

  • Synergetics
    • "Synergetics is an interdisciplinary science explaining the formation and self-organization of patterns and structures in open systems" ... "As a consequence, self-organization means an enormous reduction of degrees of freedom (entropy) of the system which macroscopically reveals an increase of 'order' (pattern-formation). This far-reaching macroscopic order is independent on the details of the microscopic interactions of the subsystems. This is why Synergetics explains the self-organization of patterns in so many different systems in physics, chemistry, biology and even social systems."
    • Tensegrity - an applied mechanical concept of synergetics.

Crystals

  • Periodicity:
    • Periodic
    • Aperiodic: "Regular crystals have translational symmetry, where the same unit part is repeated over and over again with no rotation. Quasicrystals have rotational symmetry, where the same unit part is repeated over and over, but with a rotation about an angle. Quasicrystals are structural forms that are both ordered and nonperiodic. They form patterns that fill all the space but lack translational symmetry. The term and the concept were introduced originally to denote a specific arrangement observed in solids which can be said to be in a state intermediary between crystal and glass. Producing Bragg diffraction, they share a defining property with crystals, but differ from them by lacking a simple repeating structure. Mathematical artefacts known as "aperiodic tilings" were invented in the early 1960s, but some twenty years later physical experiments gave conclusive evidence of their material existence. Within the field of crystallography and solid state physics the discovery has produced a paradigm shift which is indeed a minor scientific revolution." [52]

Fractals

  • Fractal generation classes:
    • Escape-time Fractals:
      • Mandelbrot set
        • '3D'-rendering: [53], [54]
        • "While the Mandelbrot set as usually defined is 2D, each point has an associated Julia set, where instead of the additive constant, the starting point is varied (the original Mandelbrot set always uses zero as starting point). Together, they give a 4-dimensional set, where two dimensions are given by the starting point (zr, zi), and the other two by the additive constant (cr, ci). The original Mandelbrot set is a cut through this 4D set at the plane zr=zi=0, while the Julia sets are cuts orthogonal to theat, at planes with constant cr and ci." [55]
      • Julia set
      • Nova fractal.
    • Iterated Function Systems: Cantor set, Koch snowflake, Sierpinski carpet.
    • Random Fractals
      • "In random fractals, we see dendritic fractals demonstrate the fundamental natural property of diffusion-limited aggregation (DLA). DLA is best illustrated in the physical manifestations of fern growth, ice crystals, tree branch growth and electrical discharges." [56]
    • Strange attractors
      • Generated by iteration of a map or the solution of a system of initial-value differential equations that exhibit chaos.

Cellular automata

Mathematics

High-level divisions of mathematics.

Truth

Quantity

Structure

Space

Change

Metamathematics

Applied mathematics

Forms

Sphere

(todo)

  • Sphere versus cube:
    • only curves / no curves
    • one face / multiple-faces
    • dynamic / static
    • non-dense stacking / dense stacking
  • Sphere to/from cube conversion:

Cube

(todo)

  • To research: sphere-to-cube transforms (eg. using 4 plains of equal pressure)
  • Line (a straight curve)
    • ...

Spiral

“It don't mean a thing, If it ain't got that swing“ - Duke Ellington & Irving Mills

Natural spirals

Cultural spirals

Abstractions

Hopf flux

  • Alternative names:
    • Hopf fibration ("hopf torus", "hopf map", "hopf bundle", "hopf flux")
    • Vortex (in the broader sense, meaning not just the central tunnel)
    • Solenoid (in the broader sense, meaning not just the central tunnel)
    • Universal formative field (Walden)
    • Ψ ("The field denoting the scalar field of the cosmic plenum" - Ervin László)
    • Tube Torus
    • Light rope
    • ...

Seed of Life

  • Various notes:
    • "The Seed of Life is formed from seven circles being placed with sixfold symmetry, forming a pattern of circles and lenses, which acts as a basic component of the Flower of Life's design."
    • "The first circle at the center including its twelve petals, is called The Germ Of Life and the second concentric circle is called The Seed Of Life. The third concentric circle holds the very important Flower Of Life and the fourth, The Fruit Of Life." [61]

Flower of Life

Natural analogies:

Tree of life

Polyhedron

Uniform polyhedron

Platonic solids

  • Tetrahedron (This shape is found in chemical elements: (todo). For any tetrahedron there exists a sphere such that the tetrahedron's vertices lie on the sphere.)
Hyper platonic solids
  • Todo: the process of higher-dimensional projection (and its movement visualization)

Research

Researchers

(todo)

Literature

Video

(todo)

Links

Various:

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