Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

YouTube

Gravitational Wave Paleontology: Understanding Black Hole and Neutron Star Mergers in the Big Data Era

MonashPhysicsAndAstronomy via YouTube

Overview

Explore an in-depth lecture on gravitational-wave astronomy presented by Floor Broekgaarden from Harvard/CfA, focusing on using the growing population of merging black holes and neutron stars to understand stellar evolution. Delve into the complexities of evolutionary pathways, examining key uncertainties in astrophysical modeling through population synthesis simulations. Learn about various aspects including merger rates, supernova models, binary systems, formation channels, and computational challenges. Discover how normalizing flows and improved stellar evolution codes contribute to the field, while understanding the importance of uncertainty quantification in gravitational-wave paleontology. Through this 46-minute presentation, gain insights into current research efforts, methodological challenges, and future directions in the era of big data gravitational-wave astronomy.

Syllabus

Introduction
The Tipping Point
How do systems form
Simulation
Merger Rates
Review Paper
Uncertainty
What now
Quantifying uncertainties
Different types of uncertainties
Supernova models
Binary black holes
Binary stars
Binary blackholes
Merger shapes
Spins
Spin fraction
Formation channels
Information channels
Transients
Computational costs
Normalizing flows
Improving Stellar Evolution codes
Comparing codes
We need you
We are not there
Uncertainty is common
Support Structures
Takeaways
The Rose Report

Taught by

MonashPhysicsAndAstronomy

Reviews

Start your review of Gravitational Wave Paleontology: Understanding Black Hole and Neutron Star Mergers in the Big Data Era

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.