Solar System Origins

[Thomas Tipton]

Greetings all.

I don't often poke my head in here to say much but I came across some information that I found of particular interest.  I know at least a couple of you in this group are familiar with the Electric Universe Theory, and some of the off-shoot schools of thought associated with it.  It is something I've been interested in for some years now.  This theory discards the convention that solar systems are formed from clouds of gas and dust and elaborates on observable phenomena recorded by our latest space telescopes that shows what appears to be stars and planets forming along filamentary ropes known as Birkeland Currents.

I know this group seeks insights as to undiscovered planets and catastrophic planetary collisions so I wish to pass on this video that was shared by a friend of mine.  This video about the Ganymede Hypothesis Part 1 discusses the early solar system and the possibility of Ganymede having been in a unique position to have possibly harbored life.

Part 2 discusses the Birkeland currents, star and planetary formation as well as the eventual organization of the planets into our present solar system configuration.

Enjoy.

https://youtu.be/8RtGal_-KXU?si=5cv7ccxv_ASghBQC

[Andy Lloyd]

Hi Thomas,

Thanks for sharing this with the group.  I know at least one member of our group will definitely get a lot out of this, and probably more.  It's kind of interesting how they've extended the Dark Star Theory down to a planet as light-weight as Jupiter.  The problem lies in the maths, but I guess it's feasible that Jupiter shined for a very, very short period right at the start of its formation.  It would have been embedded within the remnants of the pre-solar nebula at that point, within conditions quite unlike we have now.  Such environments are routinely observed by astronomers around other young stars.  More of interest to me is the potential for a sub-brown dwarf 'out there' in the periphery of the solar system.  But that concept is less sexy, I will admit.

Many thanks, 

Andy Lloyd

BSc(Hons) PGCE PGCAP HEA RGN

https://www.darkstar1.co.uk

https://www.andylloyd.org

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From: dark-star...@googlegroups.com <dark-star...@googlegroups.com> on behalf of Thomas Tipton <thomas...@gmail.com>
Sent: 06 September 2023 02:51
To: DSgroup <dark-star...@googlegroups.com>
Subject: Solar System Origins

 

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[Alan Cornette]

Andy: watched a few moments of this video - so much to do today but will get back with it. One question came up: The narrator of the video speaks as you and all your compatriots in England and I wondered if the EU Model of the solar system creation is being accepted as a viable explanation for answers to many astronomical questions. The EU Model answers some questions for me. Al C. 

To view this discussion on the web visit https://groups.google.com/d/msgid/dark-star-planet-x/AM7P189MB1044825E77FF43E240E4B8CADDEFA%40AM7P189MB1044.EURP189.PROD.OUTLOOK.COM.

[Andy Lloyd]

I had some discussions with a retired French engineer some years ago who had theorised that planets form as spindles, and it was quite interesting to see where that took us.  he also considered it possible that a massive Planet X body could arise in this manner, rather than accreting from a rotating blob of dust and gas. The thing is, the currently accepted theory of planetary formation doesn't preclude the formation of planets way out there, insofar as a solar system could arise from an amorphous nebula with two or more points of concentration.  This would lead to a wide orbit binary system, and if one of the 'stars' just happens to be tiny, then you get the kind of planet we're discussing.

In Darker Stars, I discuss this in some depth, alongside formation of tiny stars/solitary massive planets from globules of dust and gas (and plenty of electrified plasma, too, quite likely).  My thinking being that a distant Planet X body would still be enshrouded in such a dark nebula, never having attained enough stellar power to drive it away.  Hence Sitchin's description of Marduk with all its lightning etc.  The 'shroud' would partially conceal Planet X because it wouldn't present to astronomers in the clearly defined way a planet should, but more like a cool, hazy cloud.  Easy to misidentify.

Many thanks, 

Andy Lloyd

BSc(Hons) PGCE PGCAP HEA RGN

https://www.darkstar1.co.uk

https://www.andylloyd.org

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From: Thomas Tipton <thomas...@gmail.com>
Sent: 06 September 2023 12:43
To: Andy Lloyd <andy...@hotmail.com>
Subject: Re: Solar System Origins

 

If you watch the video you'll see the potential for other bodies in the string to still be regulating their orbits.  Which leaves the possibility of a brown dwarf not that far away.  In this video, David Talbott makes the connection between the "String of Pearls" formation and the "Saturnian Polar Configuration" that is revealed through countless examples of archaeological evidence.

https://youtu.be/svfWvSHh4AY?si=CGkZcA6tTlOnHTDZ

On Wed, Sep 6, 2023, 4:23 AM Andy Lloyd <andy...@hotmail.com> wrote:

Hi Thomas,

Thanks for sharing this with the group.  I know at least one member of our group will definitely get a lot out of this, and probably more.  It's kind of interesting how they've extended the Dark Star Theory down to a planet as light-weight as Jupiter.  The problem lies in the maths, but I guess it's feasible that Jupiter shined for a very, very short period right at the start of its formation.  It would have been embedded within the remnants of the pre-solar nebula at that point, within conditions quite unlike we have now.  Such environments are routinely observed by astronomers around other young stars.  More of interest to me is the potential for a sub-brown dwarf 'out there' in the periphery of the solar system.  But that concept is less sexy, I will admit.

Many thanks, 

Andy Lloyd

BSc(Hons) PGCE PGCAP HEA RGN

https://www.darkstar1.co.uk

https://www.andylloyd.org

---

From: dark-star...@googlegroups.com <dark-star...@googlegroups.com> on behalf of Thomas Tipton <thomas...@gmail.com>
Sent: 06 September 2023 02:51
To: DSgroup <dark-star...@googlegroups.com>
Subject: Solar System Origins

 

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