<p>From Mn on there is a great 'similarity' with the next elements Fr, Co, Ni, Cu, Zn. These elements have more than one active nuclet and the variation of the nuclets Li, Be, B and C makes these elements and their atomic weight number (number of protons).&nbsp;</p>

<p>Manganese has only one stable isotope Mn55.&nbsp;</p>

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<p>Lithium 6 is a low in abundance isotope of Lithium 7.</p>

<p>It is stable and has one neutron less than Li7 namely 6 protons and has therefore 3 inner electrons. The inner electrons are thought of to take place here in the center of the 3 intertwined tetrahedrons and therefore 'occupying' both the upper and lower triangular faces.&nbsp;</p>

<p>See Lithium 7 for further description.</p>

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<p>Hydrogen 2 or Deuterium (D) has 2 protons and 1 inner electron. It represents the first basic building block and also the 'new neutron' definition.&nbsp;</p>

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<p>Hydrogen 1 is the standard isotope and is the first element in the Periodic table. It consists of 1 proton and 1 electron in in orbital (not depicted here)</p>

<p>There is obviously only 1 state here. the only 'other state' would be when the orbital electron is in close connection as it is in the free neutron state.</p>

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<p>Helium 4&nbsp;is a complete tetrahedron. It consists of 4&nbsp;protons in a triangular shape with 2&nbsp;inner electrons. The other 2 electrons are in the outer orbital (complete S-orbital).&nbsp;</p>

<p>Fluorine 19 is the only stable isotope. The reason Fluorine is 19 and not 18 can be seen in the structure here. One side of the Carbon backbone nuclet has for the first time a so called "neutral 5-ending". The ending is capped by two Deuterium nuclets and has a fifth extra neutron that support that side from collapsing or re-balancing to the other side of the Carbon.&nbsp;&nbsp;This particular ending can be seen as&nbsp;the extra needed&nbsp;structural integrity to keep the shape stable.&nbsp;</p>

<p>30 outer electrons in stead of 29 electrons in the PTE.&nbsp;</p>

<p>When considering that there is one missing noble gas before Copper, the number of 30 outer electron is likely correct.</p>

<p>The nuclet ending is essentially the same as Oxygen. Further research is needed to make proper correlations.&nbsp;</p>

<p>Chromium has 2 Boron (9) nuclets and 1 carbon nuclet. all 3 can be the +2 valence value (and probably +3 as well). Carbon can be -4 +4 also as we know.&nbsp;</p>

<p>Unsure where the carbon nuclet is positioned.&nbsp;</p>

<p>The placement of the last Proton is debatable. It has a similar configuration (most likely) as the Fluorine element (19).&nbsp;</p>

<p>Both COULD have a different position,</p>

<p>1 is the complete neutral ending on the N01 nuclet. or on top of the 'pole' Which often works like a ' conveyor belt of protons (neutrons) and this position is involved in nuclear transformations.</p>

<p>This is the Cl 36 isotope which will decay into Ar 36.&nbsp;</p>