Standard model of universal elements

The standard model of universal elements is a summary of all elements in the
universe. An element is any self contained object which exists at any level of
matter with unique properties of existence.

The standard model divides all matter into six (6) levels:

UCA standard model of universal elements

Level 1

Unita

Unita

Level 2

Super Sub Atomic Quark, Neutrino,

Cosmic

Level 3

Sub Atomic

Protons, Neutrons,
Electrons

Level 4

Atomic

Hydro-Helio Atomic
Matrix

Level 5

Molecules

Pairs, Tri's, Pentas,
Polymers

Level 6

Complex
molecules (life)

Fats, Sugars, Cells

Standard model of elementary properties

The Standard model of elementary properties is a summary of all common
properties possessed by levels of matter.

The unita

Super sub-atomics

Sub atomics

 

Atomics

Molecules

Standard model of universal ergons (energy particles)

The standard model of universal ergons, identifies all structures in the Universe
that may exist in larger structures of matter and may also behave in external
fields.

T raditional
f orce/energy

Level

UCA element name

Gravity

1. Unita

NEDA Unita

Strong force

2. Super sub

E Neutrino

Radiation (gamma)

2. Super sub

Cosmics

Magnetism

2. Super sub

Magneton

3. Sub atomic

Photon

Heat (infrared)

3. Sub atomic

Heton

3. Sub atomic

Electron, Positron

Burn (fire)

4. Atomic

Hydrogen

Standard model of Hydro - Helio Atomic Structures

The standard model of Hydro - Helio Atomic Structures, identifies all ninety two
(92) naturally occurring atomic structures in the Universe, beginning with Hydrogen
and ending with Uranium, including their core structure, reason for mass and
relationships to other atoms.

By this Covenant, Element means an Atomic element, naturally occurring in stellar
systems; and

P means the Protonic Number and Elemental Number representing the number of
Protons within the Core structure; and

ID means the standard abbreviation given for the Atomic Element; and

Core means the Core structure of a standard three (3) layered structure
represented by a Core layer, a Mid Layer and an Outer Layer; and

 

CP means the Core number of Protons within the structure, MP the Mid number of
protonic structures and OP the Outer number of protonic structures (usually
Hydrogen); and

CM means the Core Mass as a result of the effects of the Mid and Outer layer and
the number of protonic structures, MM means the Mid Mass and OM means the
Outer Mass; and

M means the Mass Number for the atomic element as defined by adding up the
Core, Mid and Outer Mass of the structure, equivalent to the Atomic Number
defined by Homo Sapien Research and the Periodic Table.

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM M

Hydrogen 1 H

1

1

1

Helium

2 He

2

4

4

Lithium

3 Li

2

1

4

3

7

Beryllium

4

Be

3

1

6

3

9

Boron

5 B

4

1

8

3

11

Carbon

6

C

4

2

8

4

12

Nitrogen

7

N

6

1

12

2

14

Oxygen

8

O

6

2

12

4

16

Fluorine

9

F

8

1

16

3

19

Neon

10 Ne

6

4

12

8

20

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM M

Sodium

11 Na

8

2

1

16

4

3

23

Magnesium

12 Mg

8

2

2

16

4

4

24

Aluminium

13 Al

12

1

24

3

27

Silicon

14 Si

12

2

24

4

28

Phosphorous 15 P

14

1

28

3

31

Sulfur

16 S

12

2

2

24

4

4

32

Chlorine

17 Cl

16

1

32

3

35

Argon

18 Ar

14

4

28 12

40

Potassium

19 K

18

1

36

3

39

Calcium

20 Ca

18

2

36

4

40

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM M

Scandium

21 Sc

20

1

36

6

3

45

Titanium

22 Ti

20

2

40

8

48

 

Vanadium

23 V

22

1

44

7

51

Chromium

24 Cr

22

2

44

8

52

Manganese 25 Mn

24

1

48

7

55

Iron

26 Fe

24

2

48

8

56

Cobalt

27 Co

26

1

52

7

59

Nickel

28 Ni

26

2

52

6

58

Copper

29 Cu

28

1

56

7

63

Zinc

30 Zn

28

2

56

8

64

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM M

Gallium

31 Ga

30

1

60

9

69

Germanium 32 Ge

30

2

60 12

72

Arsenic

33 As

32

1

64 10

77

Selenium

34 Se

32

2

64 14

80

Bromine

35 Br

34

1

68 11

79

Krypton

36 Kr

28

4

4

56 12 16 84

Rubidium

37 Rb

26 10

1

52 30

3

85

Strontium

38 Sr

26 10

2

52 30

4

86

Yttrium

39 Y

28 10

1

56 30

3

89

Zirconium

40 Zr

28 10

2

56 30

4

90

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM

M

Niobium

41 Nb

28 12

1

56 36

2

94

Molybdenum 42 Mo

28 12

2

56 36

4

96

Technetium

43 Tc

28 14

1

56 42

3

101

Ruthenium

44 Ru

28 14

2

56 42

4

102

Rhodium

45 Rh

42

2

1

84 16

3

103

Palladium

46 Pd

2

2

84 18

4

106

Silver

47 Ag

40

6

1

80 24

3

107

Cadmium

48 Cd

40

6

2

80 30

4

114

Indium

49 In

40

8

1

80 32

3

115

Tin

50 Sn

40

8

2

80 32

6

118

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM

M

Antimony

51 Sb

40 10

1

80

40

3

123

Tellurium

52 Te

40 10

2

80

40

6

126

Iodine

53 I

52

1

104 23

127

Xenon

54 Xe

50

2

2

100 16 16 132

Cesium

55 Cs

44 10

1

88

40

3

131

Barium

56 Ba

44 10

2

88

40

6

134

Lanthanum

57 La

44 12

1

88

48

3

139

Cerium

58 Ce

44 12

2

88

48

6

142

Praseodymium 59 Pr

52

6

1

104 36

2

142

Neodymium

60 Nd

52

6

2

104 36

4

144

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM

M

Promethium 61 Pm

52

8

1

104 40

3

147

Samarium

62 Sm

52

8

2

104 40

4

148

Europium

63 Eu

40 10

1

80

66

3

149

Gadolinium

64 Gd

52 10

2

104 50

4

158

Terbium

65 Tb

52 12

1

104 48

3

155

Dysprosium 66 Dy

52 12

2

104 48

4

156

Holmium

67 Ho

52 14

1

104 56

3

163

Erbium

68 Er

52 14

2

104 56

4

164

Thulium

69 Tm

52 16

1

104 64

3

171

Ytterbium

70 Yb

52 16

2

104 64

4

172

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM

M

Lutetium 71 Lu

52 18

1

104 72

3

179

Hafnium

72 Hf

52 18

2

104 72

4

180

Tantalum 73 Ta

52 20

1

104 80

3

187

Tungsten 74 W

52 20

2

104 80

4

188

Thenium

75 Re

52 22

1

104 88

3

195

Osmium

76 Os

52 22

2

104 88

4

196

Iridium

77 Ir

52 24

1

104 96

3

203

Platinum 78 Pt

52 24

2

104 96

4

204

Gold

79 Au

78

1

156 40

196

Mercury

80 Hg

78

2

156 44

200

Element

P

ID

Core Mid

Outer CP MP OP CM MM OM

M

Thallium

81 Ti

80

1

160

44

204

Lead

82 Pb

80

2

160

46

206

Bismuth

83 Bi

82

1

164

44

208

Polonium

84 Po

82

2

164 46

210

Astatine

85 At

78

6

1

156 54

2

212

Radon

86 Rn

78

4

4

156 32 32 220

Francium

87 Fr

78

8

1

156 64

3

223

Radium

88 Ra

78

8

2

156 64

4

224

Actinium

89 Ac

78 10

1

156 70

3

229

Thorium

90 Th

78 10

2

156 70

4

230

Protactinium 91 Pa

78 12

1

156 72

3

231

Uranium

92 U

78 12

2

156 72

4

232

Article 14 - Life

Life

By virtue of reason and common sense, it is a founding principle of this Covenant
that everything in the Universe is made from the same fundamental building
blocks, that everything is living to some degree.

Therefore, the word life is used to define a higher degree of specialization and co
- dependence between matter smaller than a planet.

Hydro Carbon Life

By this Covenant, Hydro - Carbon life is defined as the sixth level of standard
elements in the Universe, defined by complex molecules usually found within the
atmospheres of moons and planets.

The distinction of Hydro - Carbon life is the use of hydro - carbon - based
elements forming close bonds in order to form more complex arrangements.

Hydro - Carbon life can itself then be defined by six (6) levels, the simplest being
polymers - complex molecules and the most sophisticated being self - aware life.

Standard model of hydrocarbon life (Level 6 of element model)

Level 1

Polymers

Molecules

Level 2

Mono-cellular

Protein-chains

Level 3

Simple species (a-
sexual)

Mono-neural
systems

Level 4

Simple species
(sexual)

Dual-neural systems

Level 5

Complex species
(sexual)

Triple-Neural
systems

Level 6

Higher order life (self
aware)

Triple-Neural
systems

Non - Hydro Carbon Life

By this Covenant, Non - Hydro-Carbon life is defined as the sixth level of standard
elements in the Universe, defined by non-naturally occurring bonding of elements,
usually as a result of an intelligent higher order life - force.

The distinction of Non - Hydro-Carbon life is the non use of naturally occurring

hydro - carbon - based elements in preference for other close forming elements
such as metals and silicates in order to intelligently form more complex
arrangements.

Non - Hydro - Carbon life can itself then be defined by six (6) levels, the simplest
being components - complex molecules and the most sophisticated being self-
aware life.