… monitoring of the blazar CTA 102 and show that the observed long-term trends of the flux
and spectral variability are best explained by an inhomogeneous, curved jet that undergoes …

… the twisted jet. This leads to the changes in the orientation of the … from an inhomogeneous,
curved jet. Shortening of the … of broadband spectral energy distributions of blazars on short …

… the blazar classes. According to this model, the jet is inhomogeneous, curved, and twisting,
… During the analysis, the spectral parameters of this source were kept fixed at the values that …

… to explain blazar jet radio variability in which emission features travelling down the jet may
… within the filaments, as opposed to the standard shock-in-jet model. Characterizing such …

… monitoring of the blazar CTA 102 by the Whole Earth Blazar Telescope Collaboration and …
flux and spectral variability is best explained by an inhomogeneous, curved jet that undergoes …

… flux variations, and at least part of the blazar variability can … , as in the twisting inhomogeneous
jet model proposed by … spectral variability, we also activated the Whole Earth Blazar …

… found that variations in the magnetic field of an inhomogeneous … Since the twist could result
from rotation of the field lines at … the jet, as it does in our model, m C can gain a steep spectral …

… equations through an inhomogeneous, rapidly evolving … lobes, smooth but often twisted
jets with a large opening angle, … to blazars if the line of sight is closely aligned with the jet axis …

… in terms of a rotating inhomogeneous helical jet, whose pitch … in their spectra, and (almost)
featureless BL Lac objects. … is made up of filaments twisting around the jet axis. Each filament …

… the relativistic jet. Given that the color variability of blazars mirrors their spectral variations,
we … black holes or warped accretion discs can cause the jet precession phenomenon when a …