We describe our program to search for and study the kilo-parsec scale radio jets in a sample of high-redshift (greater than 3.4), flat spectrum quasars using new and archival VLA data. Two of these radio jets have been imaged with Chandra, and have X-ray counterparts and are briefly discussed. These high-redshift sources are important targets for testing current X-ray jet emission models for kpc-scale jets and follow-up multi-wavelength observations will shed light on this problem
We present Spitzer IRAC imaging of the large-scale jet in the quasar PKS 1136-135 at wavelengths of ...
Up to now, jet kinematic studies of radio quasars have barely reached beyond the redshift range z > ...
Double-lobed radio galaxies a few 100s of kpc in extent, like Cygnus A, are common at redshifts of 1...
We describe our efforts to understand large-scale (10's-100's kpc) relativistic jet systems through ...
We report the detection of extended X-ray emission from two high-redshift radio quasars. These quasa...
A newly identified kiloparsec-scale X-ray jet in the high-redshift z=3.89 quasar 1745+624 is studied...
Double-lobed radio galaxies a few hundreds of kpc in extent, like Cygnus A, are common at redshifts ...
A newly identified kiloparsec-scale X-ray jet in the high-redshift z=3.89 quasar 1745+624 is studied...
Highlights of recent observations of extended jets in AGN are presented. Specifically, we discuss ne...
We analyze Chandra X-ray images of a sample of 11 quasars that are known to contain kiloparsec scale...
Double-lobed radio galaxies a few 100s of kpc in extent, like Cygnus A, are common at redshifts of 1...
The Chandra X-ray Observatory has proven to be a vital tool for studying high-energy emission proces...
We present Spitzer IRAC imaging of the large-scale jet in the quasar PKS 1136-135 at wavelengths of ...
The interactions between radio jets and the interstellar medium play a defining role for the coevolu...
The Chandra X-ray Observatory has proven to be a vital tool for studying high-energy emission proces...
We present Spitzer IRAC imaging of the large-scale jet in the quasar PKS 1136-135 at wavelengths of ...
Up to now, jet kinematic studies of radio quasars have barely reached beyond the redshift range z > ...
Double-lobed radio galaxies a few 100s of kpc in extent, like Cygnus A, are common at redshifts of 1...
We describe our efforts to understand large-scale (10's-100's kpc) relativistic jet systems through ...
We report the detection of extended X-ray emission from two high-redshift radio quasars. These quasa...
A newly identified kiloparsec-scale X-ray jet in the high-redshift z=3.89 quasar 1745+624 is studied...
Double-lobed radio galaxies a few hundreds of kpc in extent, like Cygnus A, are common at redshifts ...
A newly identified kiloparsec-scale X-ray jet in the high-redshift z=3.89 quasar 1745+624 is studied...
Highlights of recent observations of extended jets in AGN are presented. Specifically, we discuss ne...
We analyze Chandra X-ray images of a sample of 11 quasars that are known to contain kiloparsec scale...
Double-lobed radio galaxies a few 100s of kpc in extent, like Cygnus A, are common at redshifts of 1...
The Chandra X-ray Observatory has proven to be a vital tool for studying high-energy emission proces...
We present Spitzer IRAC imaging of the large-scale jet in the quasar PKS 1136-135 at wavelengths of ...
The interactions between radio jets and the interstellar medium play a defining role for the coevolu...
The Chandra X-ray Observatory has proven to be a vital tool for studying high-energy emission proces...
We present Spitzer IRAC imaging of the large-scale jet in the quasar PKS 1136-135 at wavelengths of ...
Up to now, jet kinematic studies of radio quasars have barely reached beyond the redshift range z > ...
Double-lobed radio galaxies a few 100s of kpc in extent, like Cygnus A, are common at redshifts of 1...