Fig 3 : Material positioning and composition in the centre of the planet has parallel in the solar system.

== '''The source of the heat in the new centre core of the planet''' ==
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It can be explained that the heating of the planet’s inner cores are due to the combined presence of hydrogen atoms and heavy [[radioactive materia]]ls in this core. The partial heating of the Caroline core comes from the hydrogen’s [[atom]] [[ionisation]], and partially through the nuclear decay of heavier radioactive materials. 

During the process of ionisation, the atomic hydrogen, releases its [[electron]] to generate the current in the core. At the same time the [[plasma]] of the hydrogen atom, in presence of the magnetic fields, generates a [[current]] within the plasma of the inner core. This phenomenon is also used in the operation of [[Tokamak]] reactors. 

The production of heat in the Caroline core can be explained as such: it is the result of the slowing down of the hydrogen electrons and the plasma’s loss of energy combined with the nuclear decay of the heavier elements inside the core. 

The process of the magnetic field from the outer core being super-imposed on the materials of the inner Caroline core is the exact the same principle that scientists use in the operation of fusion reactors. 
M.T. Keshe calls this method of heating a '''semi-fusion''' reaction, and his reactor a '''semi-fusion reactor'''.