Broad-band Emission from Gamma-ray Binaries. (arXiv:1901.03624v1 [astro-ph.HE])
<a href="http://arxiv.org/find/astro-ph/1/au:+Paredes_J/0/1/0/all/0/1">Josep M. Paredes</a>, <a href="http://arxiv.org/find/astro-ph/1/au:+Bordas_P/0/1/0/all/0/1">Pol Bordas</a>
Gamma-ray binaries (GBs) have been object of intense studies in the last
decade. From an observational perspective, GBs are phenomenologically similar
to most X-ray binary systems in terms of their broad-band emission across the
entire electromagnetic spectrum, being segregated from this source population
by showing a maximum of their spectral energy distribution in the gamma-ray
band, either at high-energies (HE: 100 MeV – 100 GeV) or very-high energies
(VHE: above 100 GeV). From a theoretical perspective, the broad-band emission
from GBs is a unique case in which particle acceleration and
emission/absorption mechanisms can be tested against periodically changing
conditions of their immediate surroundings. In this proceedings we examine some
of the key observational results of the multi-wavelength emission from GBs. We
discuss the correlated/contemporaneous emission observed in several of these
systems, from radio to gamma-rays, by considering a single underlying
particle-emitting population and the properties of the nearby photon, matter
and magnetic ambient fields.
Gamma-ray binaries (GBs) have been object of intense studies in the last
decade. From an observational perspective, GBs are phenomenologically similar
to most X-ray binary systems in terms of their broad-band emission across the
entire electromagnetic spectrum, being segregated from this source population
by showing a maximum of their spectral energy distribution in the gamma-ray
band, either at high-energies (HE: 100 MeV – 100 GeV) or very-high energies
(VHE: above 100 GeV). From a theoretical perspective, the broad-band emission
from GBs is a unique case in which particle acceleration and
emission/absorption mechanisms can be tested against periodically changing
conditions of their immediate surroundings. In this proceedings we examine some
of the key observational results of the multi-wavelength emission from GBs. We
discuss the correlated/contemporaneous emission observed in several of these
systems, from radio to gamma-rays, by considering a single underlying
particle-emitting population and the properties of the nearby photon, matter
and magnetic ambient fields.
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