🚀 go-pugleaf

Dear Colleagues,

I sincerely thank you for your silence. It tells me more than your
responds. I know, 38 visitors have read this paper, and am sure, even
more will read. I understand, you need some time to think, as the
material is unexpected and answers many questions which you discussed
here so long time without any success.

Thank you,

Sergey.

selflab@go.com (Sergey Karavashkin) wrote in message news:<1305a9da.0311041556.30d67e42@posting.google.com>...
> Dear Colleagues,
> 
> We published the first part of Chapter 2, 
> 
> "HYPOTHESIS OF ORIGIN OF PLANETARY SYSTEM" 
> 
> of our monograph "SOME ASPECTS OF THE EARTH EVOLUTION"
> 
> in our journal "SELF Transactions", volume 3 (2003), issue 1 
> 
> *Abstract*
> 
> In the first part of Chapter 2 we select a circle of questions that
> are necessary to be studied for correct understanding, at which
> conditions the protoplanet clouds form around stars, and analyse some
> peculiarities of formation of protostars and young stars structure.
> 
> We show after Shklovsky that the protostar formation occurs due to
> gravity compression in clouds of interstellar gas. It heats the
> central region of protostar up to the temperature of first
> thermonuclear reactor flashing. The heating causes intensive
> thermoemission of electrons that produces the exterior electron cocoon
> and form the spherical electric dipole whose boundaries much exceed
> the observed boundaries of star.
> 
> The considered radial current is very intensive at the initial stage
> of protostar. It causes the protostar substance rotating and forms its
> complex structure consisting of positively charged core of future
> star, vacuum insulating layer and exterior electrically negative dense
> envelope.
> 
> In its turn, rotating mass of protostar together with forming electric
> dipole creates the conditions for the magnetic field of future star;
> at early stages of evolution it has a complex structure of magnetic
> field of envelope and enclosed field of core.
> 
> The charge separation and produced circulation currents between the
> layer of core thermoconvection and envelope promotes the compaction of
> core and envelope and creates the conditions for infra-low-frequency
> oscillations in the core and envelope.
> 
> Please enjoy reading full text:
> 
> http://angelfire.lycos.com/la3/selftrans/v3_1/contents3.html#c2a
> 
> I hope, it will be interesting for many of you, and look forward to
> hear your opinion.
> 
> Sergey Karavashkin
> 
> Head Laboratory SELF 
> http://angelfire.lycos.com/la3/SELFlab/index.html
> selftrans@yandex.ru