<p>Scandium has a beryllium and a Boron nuclet ending. The Boron nuclet&nbsp;has the value of plus 2 and the Beryllium nuclet has a value of plus 1. Together Scandium has a plus 3 value.&nbsp;</p>

<p>One active Lithium nuclet placing Rubidium in the Alkali metal group with a valence of +1</p>

<p>This is the only stable isotope, although the Rb 87 has a long half-life of 5.10*10 years and decays to Strontium 87.</p>

<p>Could this be Radon 222 ?</p>

<p>The 2 endings that would collide / overlap are missing which would in essense result in cemical reactivity, however this seems very much shielded. This shape is not certain!&nbsp;</p>

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<p>Potassium 39 is a stable isotope as is the K41. K40 is an unstable isotope, however its decay rate (half-life) is a Billion years or so.</p>

<p>K40 will have another 'neutron'/proton and it is not difficult to see how that would result in a second Lithium nuclet turning the K40 into Ca40.&nbsp;</p>

<p>"strangely" the configuration of a Li nuclet and a Carbon nuclet is not avaiable in the periodic table. The number of protons in that case would be 29 where one would expect this element to be in the normal order. This "strange"effect is also seen on the 18 Proton element which is not Oxygen 18 but an Carbon central nuclet plus a Li nuclet, This element is missing as well.

<p>Oxygen is based on the Carbon nuclet in the initial ending configuration (gap) and has 2 deuterium building blocks on one side that both cap one valence connection point resulting in a valence of -2.&nbsp;</p>

<p>Oxygen can be seen as an alpha particle / helium nuclet that is added to the Carbon nuclet and it will form in this neutral ending shape. Reversed the effect is the release of alpha particles from heavier elements which is essentially releasing a group of 4 such as a neutral ending.&nbsp;</p>

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<p>This is the first element after Carbon (bigger then the Icosahedron) and it shows that the icosahedron is now "opened up" (the gap), This gap is responsible for the shape of further growth of the atom in the shape it does, doubling factor of carbon nuclets!</p>

<p>The "gap" is being supported on the 2 sides (left right) by perfect tetrahedron structures. The maximum number of tetrahedrons to support the opened up Carbon is 14. Essentially it is a distortion of the perfect icosahedron caused by growth.&nbsp;</p>

<p>1 lithium nuclet and 1 boron 10 nuclet resulting in a +1 and a +2 ending totalling +3 as a normal valence state.</p>

<p>Looks a lot like iron and cobalt indeed! All three are showing magnetic properties.&nbsp;</p>

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<p>Neon has 3 stable isotopes, Ne20, Ne21 and Ne22</p>

<p>The atom clearly shows both sides in full equilibrium or balanced out. Hence the "neutral 5-ending" needed in Fluorine is not needed here.&nbsp;</p>

<p>Neon is a noble gas and has no chemical reactivity. The backbone Carbon nuclet with its 20 triangular faces has the 10 inner and 10 outer electrons divided over these spots effectively neutralizing the whole nucleus, meaning there&nbsp;is no more connection potential, hence a noble gas.</p>

<p>This is potentially the element Radium (88th element)</p>

<p>96-88 is 8 outer electron discrepancy. This most likely due to the missing elements! When we take these into account (every 15 protons from 35 (Ar) on-wards then we do end up with this amount extra outer electrons. (less neutrons therefore the we now think)</p>