Material Relationalities

Section 1

Material Relationalities

Juan

Juan

4 min read

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Material Layer

Material Layer
Sublayers
- Sublayers
Media
Substances
Quanta
- The Table of Elements
- Nonmetals
  - Nonmetals
  - Hydrogen
  - v2
  - v006
  - v007
  - v8
  - v9
  - v10
  - v15
  - v16
  - v17
  - v18
  - Selenium
  - Bromine
  - Krypton
  - Iodine
  - Xenon
  - Astatine
  - Radon
- Semimetals
- Metals
  - Metals
  - Lithium
  - Beryllium
  - Sodium
  - Magnesium
  - Aluminum
  - Potassium 19
  - Calcium 20
  - Scandium 21
  - Titanium 22
  - Vanadium v023
  - Chromium 24
  - Manganese 25
  - Iron 26
  - Cobalt 27
  - Nickel 28
  - Copper
  - Zinc
  - Gallium 31
  - Germanium
  - Arsenic
  - Rubidium
  - Strontium
  - Yttrium
  - Zirconium
  - Niobium
  - Molybdenum
  - Technetium
  - Palladium
  - Silver
  - Cadmium
  - Indium
  - Tin
  - Cesium
  - Barium
  - Lanthanum
  - Gold
  - Mercury
Conservation
Actions
Relationalities
Technologies

Material Relationality has 3 versions matching the 3 sublayers:

1. Gas Relationalities

These have the relation of the aetherspace and space and the outer interaetherspace

.	Displacement	Cohesion
Micro	Diffusion	Turbulence
Mid	Convection	Eddy
Macro	Air Presure	Coriolis

2. Liquid Relationalities

These have the relation of the aetherspace and space and the outer intraaetherspace

.	Displacement	Cohesion
Micro	Interfacial Tension	Capillary
Mid	Buoyant Force	Cohesive Adhesive
Macro	Viscous Force	Surface Tension

3. Solid Relationalities

These have the relation of the aetherspace and space

.	Displacement	Cohesion
Micro	Normal	Elastic
Mid	Tensile/Compression	Shear
Macro	Friction	Torque Torsion

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