Speaker
Description
From the smallest particles to the largest structures in the Universe, physics seeks to understand how matter interacts. At the heart of some of the most energetic environments in the cosmos, supermassive black holes shape galaxies across cosmic time through powerful jets and outflows—a process known as black hole feedback—which regulates the growth of galaxies and even entire galaxy clusters.
In this talk, I will explore how black hole feedback drives cosmic evolution and how new observations are transforming our understanding of this process. I will highlight the first results from XRISM, a next-generation X-ray space telescope providing unprecedented insights into hot gas motions in galaxy clusters, and discuss how machine learning is revolutionizing our ability to study black hole feedback in the decades to come.
| Keyword-1 | Black holes |
|---|---|
| Keyword-2 | Artificial Intelligence |
