Imogen Whittam and the MIGHTEE team find the first compelling evidence for Inverse Compton Scattering of light from the Cosmic Microwave Background from eletrons in the high-redshift galaxy population
Read the press release here
Research paper: Whittam et al. (2025)
The MIGHTEE radio continuum image of the XMM-LSS field (Credit Ian Heywood/The MIGHTEE team)
How does a large collaboration work? How will MIGHTEE help us understand black holes and how galaxies grow from the pristine atomic hydrogen that pervades the Universe?
Listen to the MIGHTEE team members; Matt Jarvis, Imogen Whittam and Anastasia Ponomareva talk about MIGHTEE on the Cosmic Savannah Podcast
Imogen, Matt (with Freddie) and Anastasia (with Melon)
RHADIANCE@Oxford. Listen to Ndivhuwo Netshiavha, Leyya Stockenstroom and Tumelo Mangena talk to the Cosmic Savannah Podcast about their 2 weeks in Oxford working with the Oxford MIGHTEE team.
This visit was made possible by an Africa-Oxford Travel Grant Award
Optical image of the galaxy group with 3-colour optical images of each member galaxy using data from the Hyper-Suprime Camera on the Subaru telescope. The red outline indicates the extent of the neutral hydrogen gas around each galaxy. The central image, also showing the many thousands of background galaxies, is one degree on each side, large enough to fit four full moons. (Credit: Shilpa Ranchod/MIGHTEE/HSC project)
The two giant radio galaxies found with the MeerKAT telescope. In the background is the sky as seen in optical light. Overlaid in red is the radio light from the enormous radio galaxies, as seen by MeerKAT. Left: MGTC J095959.63+024608.6. Right: MGTC J100016.84+015133.0. (Credit: I. Heywood/J. Delhaize/MIGHTEE)