YoVDO

Generating High-Fidelity HI Maps Using Score-Based Diffusion Models - Sultan Hassan

Offered By: Kavli Institute for Theoretical Physics via YouTube

Tags

Diffusion Models Courses Data Science Courses Machine Learning Courses Astrophysics Courses Generative Models Courses Galaxy Formation Courses Cosmic Microwave Background Courses Astrostatistics Courses

Course Description

Overview

Explore the application of score-based diffusion models for generating high-fidelity HI maps in this 27-minute conference talk by Sultan Hassan from NYU. Delve into the intersection of astrostatistics, machine learning, and galaxy formation physics. Discover how these advanced techniques can be applied to large-scale radiative transfer, non-Gaussian generative models, and invertible mapping. Learn about the implications for cosmic microwave background studies and the potential for enhancing our understanding of galaxy evolution. Gain insights into the latest developments in data-driven tools for exploring galaxy formation physics and their potential to maximize information extraction from current and future astronomical surveys.

Syllabus

Introduction
Largescale radiative transfer
Nongaussiangenerative models
Invertible mapping
Diffusion models
Cosmic microwave background
Results
Summary


Taught by

Kavli Institute for Theoretical Physics

Related Courses

Data Analysis
Johns Hopkins University via Coursera
Computing for Data Analysis
Johns Hopkins University via Coursera
Scientific Computing
University of Washington via Coursera
Introduction to Data Science
University of Washington via Coursera
Web Intelligence and Big Data
Indian Institute of Technology Delhi via Coursera