The Universe Is Connected by Giant Structures - Birkeland Currents

There’s Growing Evidence That the Universe Is Connected by Giant Structures

“This discovery is quite new and unexpected,” said lead author Joon Hyeop Lee, an astronomer at the Korea Astronomy and Space Science Institute, in an email. “I have never seen any previous report of observations or any prediction from numerical simulations, exactly related to this phenomenon.”

Lee and his colleagues studied 445 galaxies within 400 million light years of Earth, and noticed that many of the ones rotating in a direction toward Earth had neighbors that were moving toward Earth, while those that were rotating in the opposite direction had neighbors moving away from Earth.

“The observed coherence must have some relationship with large-scale structures, because it is impossible that the galaxies separated by six megaparsecs [roughly 20 million light years] directly interact with each other,” Lee said.

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These rotational patterns are all consistent with large scale Birkeland currents connecting all the various galaxies together.

Tone said:

So, maybe we can ride a current to another populated place?

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It does seem likely that we'll learn to surf the currents of spacetime.

https://iopscience.iop.org/article/10.3847/1538-4357/ab3fa3

This is not a "non-standard" paper in a "non-standard" publication, it's a standard paper published in a well respected astronomy publication.

sjastro said:

And where in this paper does it conclude this is consistent with Birkeland currents?
That is your conclusion not theirs.
Since you want to turn this into an electric universe "thing" the thread has been moved into this forum as the electric universe is classified as pseudoscience.

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Right here in the opening abstract is where they conclude it's consistent with Birkeland currents:

For this mysterious coherence in large scales, we cautiously suggest a scenario in which it results from a possible relationship between the long-term motion of a large-scale structure and the rotations of galaxies in it.

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That is a *direct prediction* of a Birkeland current, and it's a perfect description of a Birkeland current.

There's nothing "pseudo-scientific" about it. It's rather comical that you're peddling a cosmology model that defies the conservation laws of physics in two different ways, it is based upon 95 percent placeholder terms for human ignorance, and requires a non-standard particle physics model, and yet you have the utter audacity to refer to pure empirical physics as "pseudoscience", even when there is direct evidence to support it in published and peer reviewed material. Wow! What absolute gall.

Lee and his colleagues suggest that the synchronized galaxies may be embedded along the same large-scale structure, which is very slowly rotating in a counter-clockwise direction.

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“This discovery is quite new and unexpected,” said lead author Joon Hyeop Lee, an astronomer at the Korea Astronomy and Space Science Institute, in an email. “I have never seen any previous report of observations or any prediction from numerical simulations, exactly related to this phenomenon.”

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So essentially Lee suggests that galaxies are embedded in *rotating filaments* which are slowly rotating in a counter-clockwise direction, just as a Birkeland current model would predict and require, yet nothing of the sort has ever been "predicted" with the LCDM model, or any of the computer models which are based upon it.

It's bad enough that high redshift observations are constantly at odds with the galaxy evolution predictions of the LCDM model, but now we're seeing that even relatively "local" observations also defy any of the actual "predictions" of the LCDM model.

What does that tell us about the predictive value of the LCDM model of cosmology? It's scientifically useless.

But of course, this new observation is just the tip of the inter-connectivity iceberg that's been observed in recent years:

While this particular iteration of weirdly synced up galaxies is novel, scientists have observed odd coherences between galaxies at even more mind-boggling distances. In 2014, a team observed curious alignments of supermassive black holes at the cores of quasars, which are ancient ultra-luminous galaxies, that stretch across billions of light years.

Led by Damien Hutsemékers, an astronomer at the University of Liège in Belgium, the researchers were able to observe this eerie synchronicity by watching the universe when it was only a few billion years old, using the Very Large Telescope (VLT) in Chile. The observations recorded the polarization of light from nearly 100 quasars, which the team then used to reconstruct the geometry and alignment of the black holes at their cores. The results showed that the rotation axes of 19 quasars in this group were parallel, despite the fact that they were separated by several billion light years.

The discovery, which was published in the journal Astronomy & Astrophysics, is an indicator that large-scale structures influenced the dynamics of galaxies across vast distances in the early universe.

“Galaxy spin axes are known to align with large-scale structures such as cosmic filaments but this occurs on smaller scales,” Hutsemékers said in an email, noting that theoretical studies have proposed some tentative explanations of this process.

“However, there is currently no explanation why the axes of quasars are aligned with the axis of the large group in which they are embedded,” he noted.

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Not only are galaxies connected by rotating filaments (aka Birkeland currents) and connected together over tens of millions of light years, they're connected together over *billions* of light years!

The alignment of the quasars is also directly predicted in a Birkeland current model, whereas nothing of the sort is predicted by the LCDM model or any of the computer models associated with it.

But there's even more direct evidence of a large scale current driven process in space:

Quasar alignments are not the only hurdles that oddly synchronized galaxies have presented to established models of the universe. In fact, one of the most contentious debates in cosmology these days is centered around the unexpected way in which dwarf galaxies appear to become neatly aligned around larger host galaxies such as the Milky Way.

These satellite galaxies are currently a thorn in the side of what is known as the ΛCDM model, which is a theoretical timeline of the universe since the Big Bang. Simulations of the universe under the ΛCDM model predict that small satellite galaxies will end up in a swarm of random orbits around larger host galaxies.

But over the past decade, new observations have revealed that a huge chunk of the satellite galaxies around the Milky Way are synced up into one tidy orbital plane. At first, scientists wondered whether that simply meant something weird was going on with our own galaxy, but a similar plane of satellites was then observed around Andromeda.

The alarm bells really started ringing in 2015, when astronomers published observations of the same phenomenon a third time around Centaurus A, an elliptical galaxy about 10 million light years from the Milky Way.

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One of the most important discoveries that Birkeland made in his lab was the fact that a current sheet formed around the equator of the electrified bodies in his experiments and that current acted upon the plasma and moved it into a plane around the equator.

All three of these recent 'discoveries' defy the LCDM cosmology model, yet they are all perfectly congruent with, and predicted by a Birkeland current (electrical) model of the universe. Not only does EU/PC theory predict the existence of rotating "threads" and current "sheets", it's predicts their rotation patterns and the concentration of matter along the equatorial axis plane of galaxies. The quasars are simply aligned with the currents, and the satellite galaxies are moved toward the equatorial plane of various galaxies by those same currents.

“One of the great things about science is that you can have a model built with thousands of pieces of data but if one thing doesn’t stick it starts to crack. That crack either has to be sealed or it’s going to bring the whole house down.”

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Make no mistake about it, the LCMD model is a metaphysical house of cards and it's coming down right before our eyes. The LCDM model of cosmology is doomed as sure as Ptolemy was doomed. It's soon going to be replaced with a *purely empirical* theory of cosmology that doesn't require placeholder terms for human ignorance and that actually makes *useful predictions*. The predictive track record of the LCDM model over the past decade is absolutely abysmal, whereas a static universe model based upon electric universe concepts fits every new observation perfectly. Unlike the mostly metaphysical LCDM cosmology model, EU/PC models of cosmology are entirely consistent with the standard model of particle physics.

I'd have to say that the treatment of empirical physical cosmology models as being associated with 'pseudoscience' vs. the mostly (95 percent) metaphysical LCDM cosmology model being treated as "science" pretty clearly explains why we're still stuck in the literal "dark" ages of astronomy.

Somehow it's "fine" to associate those rotating "filaments" of spacetime with "dark matter", in spite of the multi-billion dollar failure of dark matter in the lab, but any association of those rotating filaments with "current" is ridiculed and condemned. Go figure. Its no wonder why we're still groping around in the dark, and stuck with placeholder terms for human ignorance to describe 95 percent of the universe.

By the way, there's an excellent new video out by the electric universe community that describes the strength's and weaknesses of Dr. Scott's Bessel function approach to describing Birkeland currents.