Cassi Lochhaas (new Hubble & ITC Fellow) "The Non-equilibrium Circumgalactic Medium in the FOGGIE Simulations" Mike Foley (Harvard) "Shock-Turbulence Interactions in Star Formation" Eric Keto (CfA) "Fragmentation of Molecular Clouds by Entropy Fluctuations" Misha Rashkovetskyi (Harvard) "Semi-analytic covariace matrices for two-point correlation function of DESI galaxies"
The case for a SMBH in Leo I is gaining steam, and a discussion of the implications of such discovery could be interesting for several aspects of astrophysics, including galaxy formation, evolution, and black hole seeding.
Beatrice Kulterer (new postdoc) "Post-outburst Chemistry in a VeLLO" Akos Bogdan (CfA) "Supermassive black holes in the highest redshift galaxies" Yvette Cendes (CfA) "On Ubiquitous Late Radio Emission in Tidal Disruption Events (TDEs)" Vadim Semenov (ITC) "Modeling unresolved turbulence in hydrodynamic simulations"Read more about ITC Luncheon
A new class of transients - Fast Blue Optical Transients - has recently been discovered, with around 5 such objects observationally confirmed. As yet, there is no fully fleshed-out theoretical explanation for these objects. What are the host galaxies? The energetics? The time-scales? How can we move forward with the theory?
Kaley Brauer (new ITC postdoc, NSF Fellow) "The Smallest, Earliest Galaxies and their Contributions to the Milky Way" Shangjia Zhang (UNLV) "Vertical Shear Instability in Stellar-Irradiated Protoplanetary Disks" Cecilia Garraffo (CfA) "AstroAI: The First Center for AI in Astrophysics" Ashley Villar (CfA) "New JWST Observations Confirm A Supernova Associated with the Brightest GRB of All Time"
Combinations of 3D dust maps of the ISM and 3D measurements of the motions of young stars have recently revealed two previously unseen phenomena: 1.) a gigantic undulation in the Local Arm of the Galaxy ("The Radcliffe Wave"); and 2.) a preponderance of SN-driven bubbles nearby, the largest of which (the "Local Bubble") is roughly centered on the current position of the Sun. Meanwhile, simulations of star-forming galaxies are becoming "nearly" good enough to search for simulated analogs to The...
Phillips and streamed: https://youtube.com/live/bs8TROh0ojY
"Migration of Low-mass Planets in Dusty Protoplanetary Disks"
Fast inward migration of planetary cores embedded in gaseous disks is a common problem in the current planet formation paradigm. Even though dust is ubiquitous in protoplanetary disks, its dynamical role in the migration history of planetary embryos has not been considered until recently. In this talk, I will show that the scattered pebble-flow induced by a low-mass planetary embryo leads to an asymmetric dust-density distribution that is able to exert a net torque. Building on the results or a...