J1248+4826 is a newly identified compact ORC candidate with a ~30 kpc ring radius and ~200 kpc total extent at assumed z=0.2, consistent with the ORC population but with the host galaxy on the ring edge and no ongoing AGN activity.
Title resolution pending
4 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
verdicts
UNVERDICTED 4representative citing papers
High-resolution radio imaging shows TGSSJ1530+1049 as a ~5.5 kpc medium-sized symmetric object whose lobes align with but do not reach the full extent of the ionized gas seen by JWST in a dense z=4 environment.
Fermi-LAT variability analysis of jetted AGNs finds mean damping timescales of ~100 days, greater amplitudes in FSRQs than BL Lacs, emission regions at 2-4.5 R_DT but 123-295 R_BLR, and correlations with luminosities, loudness, black hole mass, and Eddington ratio.
RACS re-characterization confirms 66 compact sources and 18 very steep-spectrum sources among 171 TGSS candidates previously missed or misclassified in NVSS.
citing papers explorer
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A Compact Radio Ring with a Diffuse Envelope in LOFAR: Odd Radio Circle or Distinct Phenomenon?
J1248+4826 is a newly identified compact ORC candidate with a ~30 kpc ring radius and ~200 kpc total extent at assumed z=0.2, consistent with the ORC population but with the host galaxy on the ring edge and no ongoing AGN activity.
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High-resolution radio imaging of TGSSJ1530+1049, a radio galaxy in a dense environment at z=4
High-resolution radio imaging shows TGSSJ1530+1049 as a ~5.5 kpc medium-sized symmetric object whose lobes align with but do not reach the full extent of the ionized gas seen by JWST in a dense z=4 environment.
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Characterizing the origins of gamma-ray variability of the jetted active galactic nuclei observed with the Fermi-LAT
Fermi-LAT variability analysis of jetted AGNs finds mean damping timescales of ~100 days, greater amplitudes in FSRQs than BL Lacs, emission regions at 2-4.5 R_DT but 123-295 R_BLR, and correlations with luminosities, loudness, black hole mass, and Eddington ratio.
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From NVSS to RACS: Identifying truly Compact and Steep spectrum Radio sources
RACS re-characterization confirms 66 compact sources and 18 very steep-spectrum sources among 171 TGSS candidates previously missed or misclassified in NVSS.