Mixing of atomic levels by blackbody radiation and its consequences in an astrophysical content
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Contributors
Abstract
The mixing of atomic levels with opposite parity in the electric field induced by the blackbody radiation is
studied. These studies are applied to the case when the source of blackbody radiation is the Cosmic Microwave
Background. Our interest is focused on the 2s level of hydrogen, which played an important role during the epoch
of cosmological recombination. Our studies show that the broadening of the 2s level due to the mixing effect
induced by the blackbody radiation leads to a correction to the properties of Cosmic Microwave Background.
This correction is of the same order as the other important corrections found during the last decades and is at the
level of accuracy of the modern experimental data obtained from space probes.
studied. These studies are applied to the case when the source of blackbody radiation is the Cosmic Microwave
Background. Our interest is focused on the 2s level of hydrogen, which played an important role during the epoch
of cosmological recombination. Our studies show that the broadening of the 2s level due to the mixing effect
induced by the blackbody radiation leads to a correction to the properties of Cosmic Microwave Background.
This correction is of the same order as the other important corrections found during the last decades and is at the
level of accuracy of the modern experimental data obtained from space probes.
Details
| Original language | English |
|---|---|
| Number of pages | 6 |
| Journal | Physical Review A - Atomic, Molecular, and Optical Physics |
| Volume | A 99 |
| Publication status | Published - 2019 |
| Peer-reviewed | Yes |
Keywords
Keywords
- fundamental interactions in atoms and molecules