Frameworks: E=mc2 - Enabling Multimessenger astrophysics through Community-driven Cyberinfrastructure

Frameworks: E=mc2 - Enabling Multimessenger astrophysics through Community-driven Cyberinfrastructure

<p dir="ltr">The E=mc2 project develops a community-driven cyberinfrastructure for simulating cosmic events such as binary neutron star and black hole-neutron star mergers. These cosmic collisions are incredibly energetic, emitting observable gravitational waves, electromagnetic wave...

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Bibliographic Details
Main Author: Helvi Witek (21794033) (author)
Other Authors: Roland Haas (12317291) (author), Steven Brandt (19433736) (author), Zachariah Etienne (19433741) (author), Pablo Laguna (17130601) (author), Yosef Zlochower (19433738) (author)
Published: 2025
Subjects:
General relativity and gravitational waves
gravitational waves / sources
neutron star binary system
Neutrino Transport
numerical relativity
NSF-CSSI-2025_Poster
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