J2018-556, an X-shaped FR-I radio galaxy provides a unique opportunity to discuss the formation scenarios for the extended structures seen in this class of radio sources. An understanding of the origin of X-shaped source structures has important implications for radio galaxy models as well as black hole-black hole mergers. Guided by our ATCA radio continuum observations of J2018-556 we discuss evidence in support of ‘wings ’ forming as a result of a redirection of backflows by asymmetric gas distribution associated with the host galaxy. Formation models invoking interaction between backflows with asymmetric environments seem the preferred model for X-shaped radio sources despite apparent discoveries of X-shaped FR-I radio sources. From plan...
Coalescence of Supermassive Black Holes (SMBHs) in galaxy mergers is potentially the dominant contri...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
Open AccessJ2018-556, an X-shaped FR-I radio galaxy provides a unique opportunity to discuss the for...
Existing radio images of a few X-shaped radio galaxies reveal Z-symmetric morphologies in their weak...
Existing radio images of a few X-shaped radio galaxies reveal Z-symmetric morphologies in their weak...
We analyze the properties of a sample of X-shaped radio-sources (XRSs). These objects show, in addit...
The majority of radiation from galaxies containing active galactic nuclei (AGNs) is emitted not by t...
A supermassive black hole binary may form during galaxy mergering. we investigate the interaction of...
Restricted Access. An open-access version is available at arXiv.org. Articles older than 2 years are...
In the hierarchical galaxy formation model, today's galaxies are the product of frequent galaxy...
Context. X-shaped radio galaxies (XRGs) exhibit a pair of bright primary lobes and a pair of weak se...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
We examine relationships between the morphology in double radio sources and the radio-optical positi...
We present new spectroscopic identifications of 12 X-shaped radio galaxies and use the spectral data...
Coalescence of Supermassive Black Holes (SMBHs) in galaxy mergers is potentially the dominant contri...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
Open AccessJ2018-556, an X-shaped FR-I radio galaxy provides a unique opportunity to discuss the for...
Existing radio images of a few X-shaped radio galaxies reveal Z-symmetric morphologies in their weak...
Existing radio images of a few X-shaped radio galaxies reveal Z-symmetric morphologies in their weak...
We analyze the properties of a sample of X-shaped radio-sources (XRSs). These objects show, in addit...
The majority of radiation from galaxies containing active galactic nuclei (AGNs) is emitted not by t...
A supermassive black hole binary may form during galaxy mergering. we investigate the interaction of...
Restricted Access. An open-access version is available at arXiv.org. Articles older than 2 years are...
In the hierarchical galaxy formation model, today's galaxies are the product of frequent galaxy...
Context. X-shaped radio galaxies (XRGs) exhibit a pair of bright primary lobes and a pair of weak se...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
We examine relationships between the morphology in double radio sources and the radio-optical positi...
We present new spectroscopic identifications of 12 X-shaped radio galaxies and use the spectral data...
Coalescence of Supermassive Black Holes (SMBHs) in galaxy mergers is potentially the dominant contri...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...
A significant fraction of extended radio sources presents a peculiar X-shaped radio morphology: in a...