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Dark photons could explain high-energy scattering data

Indirect evidence of ‘dark photons’ has been spotted in the shrapnel of thousands of particle-smashing experiments. This could provide a glimpse into the mysterious nature of dark matter — which seems to make up most of the mass of the universe but is almost impossible to observe, other than by its gravitational effects. “The story is something like this: there could be an additional dark sector, where dark matter resides,” says particle physicist Carlos Wagner. Dark photons, if they exist, could weakly interact with normal matter, offering a window into the dark sector.

Yawweee877h444 ,

Maybe a really silly question, but if there’s possibly a “dark sector” with “dark matter”, could there also be “dark lifeforms”? Even if it’s only simple life, but made of dark matter?

rockerface ,

There could probably be anything. Since dark matter is, by definition, something we can’t observe directly and can only infer what we know

sudoreboot ,
@sudoreboot@slrpnk.net avatar

Based on what we know, dark matter doesn’t seem to collide with anything - not even itself. If we are correct (and if I am not mistaken), there doesn’t seem to be enough complexity in its dynamics to support life.

kale ,

In what way does dark matter interact with matter/light that people think it exists, is it gravitational?

sudoreboot ,
@sudoreboot@slrpnk.net avatar

Yes, DM interacts gravitationally with itself and normal particles.

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