CORDIS Project
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QuickBlitz focuses on studying neutron star mergers to understand their maximum mass and the behavior of newly formed magnetars. By observing radio emissions from these events, the project aims to advance knowledge of neutron stars and their extreme environments.
Neutron stars are the densest objects in the Universe, but an ongoing mystery is how massive can they get?
By examining what happens when two neutron stars merge, we can help unravel this mystery.
Some mergers will leave behind a black hole, while others instead make an even more massive neutron star.
This massive neutron star will be spinning exceptionally fast and have a huge magnetic field (known as a magnetar).
How long this magnetar lives completely depends on its mass, its spin energy and…
UNIVERSITEIT VAN AMSTERDAM
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