Neutron-Star Mergers Illuminate the Mysteries of Quark Matter
August 16, 2024
August 16, 2024
HELSINKI, Finland, Aug. 16 (TNSres) -- The University of Helsinki issued the following news release:
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When neutron stars collide, they likely create the densest form of matter in the present-day Universe. Through an innovative use of two theoretical methods, researchers have now gained a more detailed understanding of how such quark matter behaves under the extreme conditions produced in these violent events.
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Neutron stars are the re . . .
* * *
When neutron stars collide, they likely create the densest form of matter in the present-day Universe. Through an innovative use of two theoretical methods, researchers have now gained a more detailed understanding of how such quark matter behaves under the extreme conditions produced in these violent events.
* * *
Neutron stars are the re . . .