How Nuclets Build the Larger Elements

Fictional All Nuclet Atom

Note: The All Nuclet Atom is an impossibility. We use it here for demonstration purposes only. This atom depicts all the different types of nuclets.

Depiction of atom with its parts described

In the image above we show all possible nuclets. They are listed below in the order in which they grow.

Neutral capping - This shows when a branch has grown to a neutral point and is no longer chemically reactive. 4 additional protons have been added to one side of a carbon nuclet.
Neutral capping with additional proton -- An additional 'neutron' (proton electron pair) has been added to balance the structure or to create an isotope.
Lithium Nuclet - 7 Protons - The next step in growth from a neutral capping is to add another proton and create the lithium nuclet.
Beryllium - 9 protons - This is an intermediate state between the lithium and carbon nuclets.
Boron - 11 protons -- This is also an intermediate state.
Carbon - 12 protons -- This is the completed icosahedron - a perfect structure.
Initial Ending - Both sides of the carbon are capped making this branch completely neutralized - when all branches are capped the element is a noble gas.
Final ending - final shape of the carbon nuclet which makes the so called 'backbone' of the atom.

Interactive Fictional Atom Demonstrating All Possible Nuclets

allnucletatom

Atomic structure

N0:
state: final
nuclets:
N00:
state: final
attachAngle: 3
nuclets:
N000:
state: initial
attachAngle: 3
neutrons:
- U00
- U10
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
P12: null
P13: null
P14: null
P15: null
P16: null
P17: null
P18: null
P19: null
nuclets: null
N001:
state: boron11
attachAngle: 3
protons:
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P9: null
P11: null
nuclets: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
N01:
state: final
attachAngle: 3
nuclets:
N010:
state: initial
attachAngle: 3
neutrons:
- U10
nuclets:
N0100:
state: beryllium
attachAngle: 3
protons:
P1: null
P3: null
P4: null
P5: null
P6: null
P7: null
P9: null
P11: null
nuclets: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
P16: null
P17: null
P18: null
P19: null
N011:
state: final
attachAngle: 3
nuclets:
N0110:
state: initial
attachAngle: 3
neutrons:
- U00
nuclets:
N01101:
state: carbon
attachAngle: 3
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
nuclets: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
P12: null
P13: null
P14: null
P15: null
N0111:
state: lithium
attachAngle: 3
protons:
P1: null
P3: null
P4: null
P5: null
P9: null
P11: null
nuclets: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P11: null
protons:
P0: null
P1: null
P2: null
P3: null
P4: null
P5: null
P6: null
P7: null
P8: null
P9: null
P10: null
P11: null