Periodicity chapter for Predictable ~M6.0 events_solutioned!!!,And,other solutioned and fixed matters!!!

I catched as a conclusion of my long observations about condition as periodicity  of predictable ~M6.0 environment events!!!In this experiment,understood a discovery as a whole by development of solar minimum conditions as neartime referenced that shortly,

Indicated to progress of “completely free core mechanism” of Planet Earth for starting of Predictable ~M6.0 environment event period.So,I mean that a solar impact condition/process for development of this mechanism is not subject!!!Core has to completely free mechanism for this period development

In the other hand,mystery of core for predictable ~M6.0 environment events can summary as causing to development of a  region under low velocity structure at Mid-Mantle zone!!!(as a conclusion  of experiments into Structure-Seismic Velocity relations).Thus,you will evaluate that  silence period for predictable ~M6.0 environment events is establishing via finishing by completely core mechanism of this low velocity zone!!!

In the other hand,I observe some expressions as reaching to suitable form for predictable ~M6.0 environment events  of crust by various researchers.So,expressing a problem based on reaching to suitable form of crust as cause for silence period.In this point,I especially express that problem against such a silence period  is as  breaking to velocity zone structure required at mid-mantle region of  core.

By the way,another chapter is about heating and cooling mechanism based on Core.This chapter   speculated  as dence!!!And,big disinformation is naturally understanding…Thus,you will see about  signed to periodicity of predictable ~M6.0 environment events of this chapter with this blog!!!

This low velocity zone developed by Core establishes a structure suited to wave reflection into mantle mid-zone!!!(as a conclusion  of experiments into Structure-Seismic Velocity relations)

In this point,I carried-out  explanatory a model for mechanism of predictable ~M6.0 environment events;