text:   in the SQuiGGLE Survey",8,"['My first publication, a paper I worked on with Jenny Greene, just went up tonight. We looked at the incidence of AGN activity in post-starburst galaxies and found that the youngest galaxies are the most likely to host [OIII] AGN <LINK> <LINK>', 'It looks like this could be tied to the gas content; another paper coming out soon finds that younger post-starburst also have lots of gas that could feed their supermassive black holes. It also could be that we’re catching the tail end of whatever activity quenched these PSBs', 'Whatever it ends up being, really glad to have worked on this with Jenny and I hope y’all enjoy reading it. More to come from SQuIGGLE very soon 😄', '@dkeidar The cliff’s notes are that we’re looking at galaxies which recently shut off their star formation and trying to understand why, and we found a link where the galaxies that shut off their star formation most recently also have active black holes at their centers', '@dkeidar That’s close; the black holes are there in all these massive galaxies, but it’s the event that caused them to start being fed at high rates that may have shut off the star formation, and the gas feeding them now could not be forming new stars because of the energy from that', '@dkeidar It’s really tough to link causality though because the timescales are so short (relative to the age of galaxies as a whole) and this data doesn’t tell the whole story. That’s what we’re trying to get at in the future: what do these look like spatially resolved, in the radio, etc.', '@dkeidar Gladly will provide them :)', '@dkeidar The data for this work is publicly available as part of the Sloan Digital Sky Survey, which has taken on the order of millions of spectra of bright objects in the sky. Our sub sample has existed for ~4 years and we’re on the cusp of a few other pubs using it and ancillary data']",20,07,1836