Unstable

<p>This configuration would be the expected configuration for the element after Oxygen if the third D nuclet would form a Li nuclet on one side of Carbon.</p>

<p>It seems that before a full new nuclet can be formed on either one of the two growing spots, the other side must be complete as well in the sense that first one side must be a neutral 5-ending before the other side can be occupied.&nbsp;</p>

<p>See Na where the first Li nuclet is attached to the initial Carbon nuclet.&nbsp;</p>

<p>Osmium 186 is slightly unstable due to the unfinished Boron in relation to the already becoming neutral ending on its competing nuclet. This would result in the release of that first (dual cap) neutral ending yielding the Alpha particle and the Inital backbone returns to the Carbon nuclet and the element falls back to the Tungsten (W182) state.</p>

<p>Hydrogen 3 or Tritium (T) as it is also known is an unstable isotope with 3 protons in a row and 2 inner electrons that have taken their&nbsp;place between 2 protons.&nbsp;</p>

<p>T will decay to He3</p>

<p>&nbsp;</p>

<p>Cobalt, Iron and Nickel are very close to each other and seem to have different configurations of nuclets with a general Valance value of +2 / +3.</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>

<p>&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>