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… Nadia Blagorodnova Naunet Jose Leonhardes-Barboza Ondrej Pejcha Peter Craig Ricardo Yarza Ryan Lau Sam Rose Semih Tuna Sophie Kressy Sundar Srinivasan Tea Temim Valeriia Rohoza

… Institute) Kimmy Wu (Caltech) Invited Speakers Peter Behroozi (Steward Observatory) Leah Bigwood (University of Cambridge & Max Planck-Institute for Astrophysics) Boris Bolliet (University of Cambridge) Ioana (Jo …

Abstract Understanding what formation and evolutionary processes produce the extraordinary diversity of planetary systems that we see today is one of the driving questions in the field. Of …

… dynamical and diffusive aspects of cosmic ray transport on a more equal footing numerically. When dynamics and diffusion are considered together, along with realistic treatment of multiphase …

… scales are combined with large populations of AI agents whose capabilities emerge from their number, coordination, and collective behavior.

… Breakfast and lunch will be provided on-site on weekdays We will reimburse students for weekend meals and weeknight dinners For the remaining accepted participants, we will …

Abstract The Deep Synoptic Array (DSA) is part of the newly established Eric and Wendy Schmidt Observatory System. The DSA is designed to be a world-leading radio …

The CUNY Masters Graduation took place on June 2, 2026, and showcased the work of CUNY Masters Graduates. Emma Kleiner: Discovery of Newly Resolved Filament and Extraplanar Gas …

Agenda Tuesday, May 26th 9:00AM: Breakfast 10:00AM: Philosphy & Logistics 10:30AM: Introductions 11:00AM: COSMIC updates (developer + users) 12:00PM: Lunch & Group Photo 1:00PM: Brainstorm …

The Pre-Doc symposium will take place on May 19th, 2026 and showcase the work of our Fall 2025 and Spring 2026 Pre-Doctoral cohorts. Agenda Tuesday, May …

Abstract Observations over the past decade have revealed that galaxies lose many of the metals they produce to the circumgalactic medium, and that the metals they retain are …

Title: Probing the Universe’s expansion with multi-messenger astronomy Abstract:Thanks to the synergies between gravitational wave (GW) experiments, such as LIGO/Virgo/KAGRA, and electromagnetic observations …

Title: The Edge of Galaxy Formation: Uniform Kinematics and Metallicities for Milky Way Satellites Abstract: The Milky Way’s satellite galaxies have been used to constrain dark matter …

Abstract Understanding how stars and planets form requires observations at long wavelengths in order to penetrate their dusty natal clouds. Thanks to its high sensitivity and resolution, JWST …

Abstract Understanding the formation and evolution of galaxies remains one of the great challenges of modern cosmology. Rest-frame optical spectroscopy serves as a uniquely powerful tool for …

Title: Transformative Insights into the Cosmic Baryon Cycle from JWST Abstract: Understanding the formation and evolution of galaxies remains one of the great challenges of modern cosmology. Rest …

Title: Mapping Dark Matter with Stellar Streams Abstract: Stellar streams, the tidally-disrupted remnants of globular clusters and dwarf galaxies orbiting throughout the Milky Way’s halo, are …

Title: Twinkle Twinkle Dying Star: Massive Stars Bridging Numerical Simulations and Time-domain Observables Abstract:We are living in the Renaissance of stellar astrophysics. This is empowered by …

Title: The Physics of Exoplanet Atmospheres: Microphysics, Photochemistry, and Dynamics Abstract: With the advent of JWST, interpreting unprecedented observations of diverse exoplanet atmospheres requires a fundamental understanding of …

Title: Bridging the Weights and Maps: interpreting structure formation in the era of precision cosmology Abstract: Our concordance cosmology model paints a picture of a Universe in which …

Abstract A fundamental open question in galaxy evolution is: do supermassive black holes (BHs) and host galaxies grow in lockstep, or does the growth of one precede that …

Title: The evolution (or not) of the BH-host galaxy scaling relations Abstract: A fundamental open question in galaxy evolution is: do supermassive black holes (BHs) and host …

Title: The evolution (or not) of the BH-host galaxy scaling relations Abstract: A fundamental open question in galaxy evolution is: do supermassive black holes (BHs) and host …

Title: How the Last Evolutionary Stages Shape the Explosive Deaths of Massive Stars Abstract: Supernovae mark the explosive deaths of massive stars and light up the Universe across …

Title: Ionizing Radiation, Nebular Emission, and Lyman-alpha Feedback in the High-Redshift Universe Abstract: I will present recent results and developments from the THESAN Project, a suite …

Title: Modeling Black Hole Mergers and Stellar Streams from Dense Star Clusters in a Cosmological Context Abstract: The formation, evolution, and destruction of star clusters is a key …

Abstract Galaxies are complicated systems, but stars remind us that apparent complexity can sometimes be organized by physical principles into tight relations. For galaxies, the stellar–to–halo …

Title: Galaxies and stars: a love story (with feedback) Abstract: Galaxies are complicated systems, but stars remind us that apparent complexity can sometimes be organized by physical principles …

… Paillas Simulation-based emulators for DESI galaxy clustering 3:20 PM Chun-Hao To Simulations and lensing survey science 3:40 PM Coffee Break Session D – Chair …

Title: Turbulence Across Cosmic Scales: From the Interstellar to Intracluster Medium Abstract: Turbulence is ubiquitous in the universe and plays a fundamental role in shaping galaxy evolution. In …

Title: From 7 minutes to 70000 years: the Renaissance of compact objects in binary (and triple) systems Abstract: Modern synoptic time domain surveys are revolutionizing our understanding of …

Title: A Biased History of our Galaxy Abstract: Our home galaxy, the Milky Way, offers an extraordinary opportunity to study a fairly typical galaxy in exquisite detail. Thanks …

Title: AGN HBT OMG Abstract: I’ll discuss an old technique called intensity interferometry, pioneered by Hanbury Brown and Twiss (HBT) that allows us to achieve sub-microarcsecond …

Title: Putting compact objects where they don’t belong: Hawking stars, dark matter stars, Thorne–Żytkow objects, and quasi-stars Abstract: Compact objects are typically the remnants of …

… Foundation offices at 160 Fifth Avenue. Enter through the main lobby of 160 Fifth Avenue on the south side of 21st Street, just west of Fifth Avenue …

Title: Small-scale structure in cold dark matter: from ultra-faint dwarfs to prompt cusps Abstract: In our present paradigm of galaxy formation, the onset of structure is …

Title: Exploring neutron star mergers in numerical relativity Abstract: Numerical relativity plays many important roles in astrophysics and general relativity, e.g., in understanding mergers of black holes …

Title: Hot rocks and host stars: terrestrial exoplanets and the M dwarfs they orbit Abstract: Exoplanets outnumber stars in the Milky Way, and small worlds with radii less …

Title: Hard Problems in Computational Stellar Physics Abstract:  Despite remarkable observational progress, many fundamental aspects of stellar structure and evolution — particularly for the most massive stars — remain poorly …