Level of scientific achievements to the 2,000 year was not enough to understand approximately pressure around the Earth's solid, magnetic and metallic nucleus. The measure of inner nucleus average density comes close to the truth. Main volume of the inner nucleus is occupied by lead, iron and nickel.

     Anyone who wants to have doubts about the figure has to make a small electric stove from the super firm material. Using high-power press, we have to make magnetic qualities solid iron sample, which is maximally possible, to the maximum density. This could be done by melting iron in an electric stove and cooling it in magnetic field under strong press. Then we have to define the Curie point temperature of metal sample, made under the influence of magnetic field. The graph and the letter K indicate the temperature of Curie point of a metal sample in conditions of an average temperature and density. T_M.P.-T_K=*T_K.P.          *K.P. - (curie. point)

     On the Earth surface T_K=765^Oc. 1535-765=770. The surfaces of heavy metallic nucleuses into giant planets are under a colossal pressure especially into depth of the Jupiter. We can take into consideration that, into E layer periodically is accumulating catastrophic bursting pressure. Bigger planet has higher pressure around its heavy metallic and solid nucleus. Under such catastrophic pressure, melting points of the metals are extremely high. The heavy metals into solid nucleus of the Jupiter are under colossal temperature end pressure. If it could be melted, Jupiter wouldn’t be have its dipolar magnetic field and of course offset of the magnetic axis. There can’t be even slight doubt about the following. Jupiter’s metallic nucleus iron layers’ Curie point is closely connected to the malting point of the inner eccentric nucleus (about »15,000^Oc). Melting point and Curie point of iron layer in such conditions is unbeliever higher. In the physical centre of Jupiter pressure more than 6x10⁹_BAR and Into Earth physical centre is more than 6x10⁸_BAR.

    We can do the experiment to reach the maximally possible density. The experiment can be done on the liquid metal sample. During hardening are rising melting point as well as Curie point. We following result can reach. Rising of pressure about 10⁵_BAR will cause rising of Curie point about 1^Oc.

Additional data is in the Book: "The  True story about recycling, renewing and evolution processes in the universe which has no origin and margins"!!!

THE SENSATIONAL BOOK ahttp://www.cosmogeology.ge/BOOK%20BY%20AUTHOR.htm