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Short-Wavelength Distortions Seen in the Cosmic Background Radiation

Per H. Andersen

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Abstract

Recent high-sensitivity measurements of the cosmic background radiation at submillimeter wavelengths indicate significant deviations from a blackbody spectrum. This far-infrared excess radiation may have arisen from physical processes during the “dark ages” in the universe, between the formation of neutral atoms and the formation of galaxies.

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What this paper is about

Recent high-sensitivity measurements of the cosmic background radiation at submillimeter wavelengths indicate significant deviations from a blackbody spectrum. This far-infrared excess radiation may have arisen from physical processes during the “dark ages” in the universe, between the formation of neutral atoms and the formation of galaxies.

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Available abstract

Recent high-sensitivity measurements of the cosmic background radiation at submillimeter wavelengths indicate significant deviations from a blackbody spectrum. This far-infrared excess radiation may have arisen from physical processes during the “dark ages” in the universe, between the formation of neutral atoms and the formation of galaxies.

Key concepts: Black-body radiation, Physics, Cosmic infrared background, Background radiation, Astrophysics, Galaxy, Astronomy, COSMIC cancer database

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