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2020

Vector dark matter production from inflation with symmetry breaking

Salehian, Borna, Gorji, Mohammad Ali, Firouzjahi, Hassan et al.

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We present a scenario of vector dark matter production from symmetry breaking at the end of inflation.

In this model, the accumulated energy density associated with the quantum fluctuations of the dark photon accounts for the present energy density of dark matter.
The inflaton is a real scalar field while a heavy complex scalar field, such as the waterfall of hybrid inflation, is charged under the dark gauge field.
After the heavy field becomes tachyonic at the end of inflation, rolling rapidly towards its global minimum, the dark photon acquires mass via the Higgs mechanism.

Vector dark matter production from inflation with symmetry breaking · Around

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