138 citations · 303 across the 17 of their papers we have counts for
6 papers · 1 filter
Radio Galaxy Zoo Data Release 1: 100,185 radio source classifications from the FIRST and ATLAS surveys
O. Ivy Wong, A. F. Garon, M. J. Alger +15
Radio galaxies can extend far beyond the stellar component of their originating host galaxies, and their radio emission can consist of multiple discrete components. Furthermore, th…
Low-Frequency Turnover Star Forming Galaxies I: Radio Continuum Observations and Global Properties
J. A. Grundy, N. Seymour, O. I. Wong +3
The broad-band radio spectral energy distribution (SED) of star-forming galaxies (SFGs) contains a wealth of complex physics. We aim to determine the physical emission and loss pro…
A Jet-Induced Shock in a Young, Powerful Radio Galaxy at z=3.00
Nick Seymour, Jess W. Broderick, Gael Noirot +9
The bright radio source, GLEAM J091734-001243 (hereafter GLEAM J0917-0012), was previously selected as a candidate ultra-high redshift (z>5) radio galaxy due to its compact radio s…
The GLEAMing of the first supermassive black holes: III. Radio sources with ultra-faint host galaxies
J. W. Broderick, N. Seymour, G. Drouart +10
We present deep near-infrared -band imaging for 35 of the 53 sources from the high-redshift () radio galaxy candidate sample defined in Broderick et al. (2022). T…
AGN energetics and lifetimes from remnant radio galaxies
Benjamin Quici, Ross J. Turner, Nicholas Seymour +1
The energy coupling efficiency of active galactic nucleus (AGN) outbursts is known to {vary} significantly with factors including the jet kinetic power, duration of the outburst, a…
DEVILS/MIGHTEE/GAMA/DINGO: The Impact of SFR Timescales on the SFR-Radio Luminosity Correlation
Robin H. W. Cook, Luke J. M. Davies, Jonghwan Rhee +20
The tight relationship between infrared luminosity (L) and 1.4 GHz radio continuum luminosity (L) has proven useful for understanding star formatio…