The radiative transfer for polarized radiation at second order in cosmological perturbations
arXiv:0809.3245 · doi:10.1007/s10714-009-0782-1
Abstract
This article investigates the full Boltzmann equation up to second order in the cosmological perturbations. Describing the distribution of polarized radiation by using a tensor valued distribution function, the second order Boltzmann equation, including polarization, is derived without relying on the Stokes parameters.
4 pages, no figure; replaced to match published version
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- Non-Gaussianity and the Cosmic Microwave Background Anisotropies
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- The y-sky: diffuse spectral distortions of the cosmic microwave background
- Second order Boltzmann equation : gauge dependence and gauge invariance
- The intrinsic B-mode polarisation of the Cosmic Microwave Background
- The structure of correlation functions in single field inflation
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- A new line-of-sight approach to the non-linear Cosmic Microwave Background
- Radiative transport of relativistic species in cosmology
- Tetrad formalism for exact cosmological observables
- Primordial magnetic fields generated by the non-adiabatic fluctuations at pre-recombination era
- The Music of the Aetherwave - B-mode Polarization in Einstein-Aether Theory
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- Testing gravity with non-Gaussianity
- Unified approach to secondary effects on the CMB B-mode polarization
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- Relativistic second-order initial conditions for simulations of large-scale structure
- The parity-odd Intrinsic Bispectrum