Some of the papers to discuss: Nightingale et al. (2023; ultramassive black hole in Abell 1201); https://t.co/wQrV8XSShs McConnell et al. (2011; NGC 4889 & A3358 SMBH measurement); https://t.co/51WHthQdKF Dullo et al. (2021; NGC 6166 SMBH measurement)
RT @MBKplus: A small sampling of Chung-Pei's work: Boltzmann calculations for CMB anisotropies https://t.co/pEfmOIIPXa The halo model of la…
A small sampling of Chung-Pei's work: Boltzmann calculations for CMB anisotropies https://t.co/pEfmOIIPXa The halo model of large-scale structure https://t.co/g44pEq5nDH Dark matter halo merger rates: https://t.co/uY50UBkut6 Supermassive black hole masses:
I mean, first of all, look at how EPIC the coma cluster actually is with all those amazing galaxies, but secondly, how does a supermassive black hole grow to be 21 billion solar masses? HOW?! Here's the paper for further reading on this absolute beast: h
https://t.co/WGNqHsGxty McConnell et al. #MODEST15S
@MaggieJordanACN Even larger black holes: ~1000x that - at about 10B solar masses, in NGC 4889 and NGC 3842. http://t.co/dbfBcNm7Ub
@MaggieJordanACN Even larger black holes: ~1000x that - at about 10B solar masses, in NGC 4889 and NGC 3842. http://t.co/dbfBcNm7Ub
@MaggieJordanACN Even larger black holes: ~1000x that - at about 10B solar masses, in NGC 4889 and NGC 3842. http://t.co/dbfBcNm7Ub
.@eps_unibham for any interested aspiring astrophysicists, check out http://t.co/vQYpqlMGg5 or http://t.co/dM8fGjStr7 #BlackHole #MyEPSday
Discovery: 100megaparsecs away,2biggest #BlackHole ever,each 10billion solar masses RT @NatureNews http://t.co/BMcnxJZn http://t.co/EzkcVFnd
The two most massive black holes ever weighed are very nearby. Almost 10 billion solar masses. http://t.co/jGWCpSoR
[1112.1078] Two ten-billion-solar-mass black holes at the centres of giant elliptical galaxies http://t.co/z1chUaXq