Dark Matter Is Born from Ghostly Neutrinos ⚡ экспресс
It turns out dark matter might consist of sterile neutrinos—particles that hardly interact with ordinary matter. They are born in the hot 'furnace' of the early Universe when the particle that inflated space decays. This explains why we don't see their X-ray glow. Imagine: invisible mass hidden in the cosmic fire—what else can it tell us about the birth of the world?
Visible matter is a drop in the sea of cosmic soup. The foundation of the Universe is made of invisible dark matter, whose gravity keeps galaxies from flying apart. The best candidate for this role is sterile neutrinos, ghost particles connected to us only by the thinnest of bridges.
Immediately after the Big Bang, space suddenly expanded and became extremely hot. A new model shows: if a tiny fraction of that energy went into creating sterile neutrinos, exactly enough were born to explain all dark matter.
The mechanism solves the mystery of the weak signal from neutrinos, bypassing the limitations of telescopes. Now dark matter becomes a tool: future observatories will be able to measure the temperature of that 'cooking,' peering into the first moments after the Big Bang.
🎯 Sterile neutrinos are so elusive that they could fly through a light-year of lead without ever colliding with an atom.