Tadpole and the Wiggler are two protostars forming inside twisted knotty filamentary strands by electric currents and magnetic fields that will produce a star with spherical shaped Birkeland currents and aligned center forces.
Gas ribbon knots are Birkeland current filaments, called evaporating gaseous globules, where protostars inside are seen to form at high magnetic field strengths at temperatures near 2 degrees kelvin. Cold molecular hydrogen detected in protostars regions may be responsible for star formation, H2 being a leading candidate for a superfluid phase transition in these conditions. Gravity does not form stars and cannot produce this phenomena.
Evaporating gaseous globule at lower right in a geometric square shaped star forming region.
The Fat Ring galaxy cluster has many knotty rings of magnetic fields surrounding a vast central electric current filament that forms a galaxy cluster Birkeland current.
Pulsar superfluid quantized spin resonance core surrounded by spinning magnetized plasma bubble of filamentary electric currents and magnetic fields, forming a Birkeland current:
Quantized waves animated
Amplified cosmic scale magnetic fields demonstrated in a table top supernova experiment using lasers.
Magnetic current stirs up electrons
Superfluid co-rotating pair - is a perfect animation for binary companions like neutron stars that are not gravitationally bound together in orbits by gravity theories. NASA and all popular cosmology stories are boringly sick to read, because the same dark science interpretative dictative formalism always explains it.
Skyrmion magnetic monopole anti-matter vortex states are ubiquitous in scaling the universe
Eigen states of an entirely new revolutionary physics is replacing current standard atomic physics models. Resonances and geometry are predictable.
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