Detecting Continuous Gravitational Waves
"Imagine the mass of our Sun but condensed into a ball the size of a city and spinning over 1,000 times a second."
Kaggle competition entry for the final project of 3253 - Machine Learning at U. Toronto
"The goal of this competition is to find continuous gravitational-wave signals. You will develop a model sensitive enough to detect weak yet long-lasting signals emitted by rapidly-spinning neutron stars within noisy data.
Your work will help scientists detect something new: a second class of gravitational waves! The first gravitational wave discoveries earned a Nobel Prize. Further study of these waves may enable scientists to learn about the structure of the most extreme stars in our universe."