Telescope Offers 'Clearest View Yet' of Milky Way - Including Plasma Filaments (ska.ac.za)
Chris Reeve writes: The MeerKAT radio telescope was inaugurated in South Africa this past Friday, revealing the clearest view yet of the center of the Milky Way. What is especially surprising about the produced image are the numerous prominent filaments which seem to appear in the foreground.
Herschel made a similar announcement just three years prior that "Observations with ESA's Herschel space observatory have revealed that our Galaxy is threaded with filamentary structures on every length scale." Intriguingly, close inspection of yesterday's SKA image show these filaments twisting around one another, yet without combining — a phenomenon observable in most novelty plasma globes when the filaments are conducting electricity... The SKA telescopes is one of the first telescopes to witness these filaments because it is 50 times more powerful than any former telescope, but also because it is apparently one of the few telescopes which can observe dark mode plasmas. For these reasons, the SKA telescope will inevitably revive the debate over the underlying physical reasons for filaments which exhibit coherent thin magnetic structure over light-year distances.
The original submission included a comment with more information about the theory of a plasma universe.
Herschel made a similar announcement just three years prior that "Observations with ESA's Herschel space observatory have revealed that our Galaxy is threaded with filamentary structures on every length scale." Intriguingly, close inspection of yesterday's SKA image show these filaments twisting around one another, yet without combining — a phenomenon observable in most novelty plasma globes when the filaments are conducting electricity... The SKA telescopes is one of the first telescopes to witness these filaments because it is 50 times more powerful than any former telescope, but also because it is apparently one of the few telescopes which can observe dark mode plasmas. For these reasons, the SKA telescope will inevitably revive the debate over the underlying physical reasons for filaments which exhibit coherent thin magnetic structure over light-year distances.
The original submission included a comment with more information about the theory of a plasma universe.
Galactic scale magnetic fields... Is this why stars don't orbit galaxies at the velocities predicted by gravitation alone? Perhaps this will ultimately put an end to dark matter hocus pocus.
Don't you mean dank matter?
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I bet it does.
"When the going gets weird, the weird turn pro" -- HST
Psychoceramics: The study of crackpots.
https://motherboard.vice.com/en_us/article/nz7neg/electric-universe-theory-thunderbolts-project-wallace-thornhill
"Electric universe" theory is at odds with everything modern science has determined about the universe.
In physics, theories need math. That's how you predict, gather evidence, verify, disprove, and support. But EU theory isn't big on math. In fact, "Mathematics is not physics," Thornhill said. While that equation aversion makes the theory pretty much a nonstarter for "mainstream" astronomers, it is the exact thing that appeals to many adherents.
"At best, the 'electric universe' is a solution in search of a problem; it seeks to explain things we already understand very well through gravity, plasma and nuclear physics, and the like," said astronomer Phil Plait, who runs the blog Bad Astronomy at Slate. "At worst it's sheer crackpottery like homeopathy and astrology, making claims clearly contradicted by the evidence."
Lets get that again from a real scientist:
making claims clearly contradicted by the evidence
Electric universe is bullshit.
Fascism: An authoritarian and nationalistic right-wing system of government and social organization. See also: NAZI's
Re: "The part that annoys me most about the whole Electric Universe thing is that nowadays you basically can't talk about electromagetism in astrophysics at all."
Astrophysicists' problems with magnetic fields did not begin with the Electric Universe; they began with the former mistaken assumption that the space between stars is basically empty. That unfortunate assumption guided the creation of scientific theories in the space sciences up until the first instrumented rockets definitively demonstrated that space is not actually empty. To this day, the most popular theories in the space sciences remain rooted in a pre-Space Age set of assumptions. The situation was properly stated in a 1963 Popular Science interview with James van Allen:
Once rockets were finally sent into space - in 1958 - the mistake was immediately realized because those rockets returned to the ground radioactive. Once it was realized that the space between planets and stars is permeated by an ionized medium, the introductions of many graduate-level textbooks were updated with explicit mention of the importance of the plasma state:
(sources are available at here.)
What is not widely recognized is that, based on observations of the ionosphere, a gas can start to behave as a plasma with less than 1% ionization.
To give an explicit example for how the empty vacuum of space mistake has shaped the direction