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If I understand what you mean, then we would expect dark matter to not clump around "ordinary" matter, but that's what we find.
by IanCal 9y ago
If I understand what you mean, then we would expect dark matter to not clump around "ordinary" matter, but that's what we find.
- thyrsus 9y agoExcellent. "ordinary" matter would be a 70%/30% mix of gravitational types, with dark matter being a 99%/1% mix (figures obviously pulled from nowhere) - but then one would see effects at the local scale, where an observable percentage of helium atoms would exhibit "anti-gravitational" effects. Surely, that would have been previously noticed, thus the model is refuted.