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From what I can tell, this basically also proves that large scale plasma exists between all bodies at any scale (planetary to systems to galaxies to clusters),
by DiabloD3 9y ago
From what I can tell, this basically also proves that large scale plasma exists between all bodies at any scale (planetary to systems to galaxies to clusters), and universe sized Birkeland currents exist; which is something cosmologists have been trying to prove/disprove for awhile.
So, not only did they find some of the missing matter, they found some of the missing energy, too. This does, however, screw some of the more classical cosmologists.
- nolta 9y ago> So, not only did they find some of the missing matter, they found some of the missing energy, too. Nope, this has nothing to do with dark energy. > This does, however, screw some of the more classical cosmologists. Not sure who you're referring to. These results are completely consistent with the standard model of cosmology.
- ab5tract 9y ago> Not sure who you're referring to. These results are completely consistent with the standard model of cosmology. Not if what is being detected is simply mass associated with filamentary currents of energy (with attendant magnetic fields) rather than particular particles.
- nolta 9y agoThey're modelling filaments as cylindrical tubes of hot electrons connecting pairs of galaxies. I don't know what you mean by "mass associated with filamentary currents of energy", but while the electrons are hot (~million Kelvin), they're non-relativistic and their kinetic energy is negligible.
- deleted 9y ago[deleted]