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StrangeScatt focuses on understanding the role of strange quarks in nuclear physics through computational studies of hadron interactions. By calculating scattering amplitudes using lattice quantum chromodynamics, it aims to improve predictions related to neutron stars and their properties.
StrangeScatt will assess the role of strange quarks in nuclear physics by performing first-principles computations of scattering amplitudes to study interactions between hadrons with strange quarks.
The presence of strange quarks alters the properties of atomic nuclei and nuclear matter.
For instance, the relationship between the mass and radius of neutron stars depends on the dynamics of strange quarks produced in their core.
However, quantitative predictions of neutron star masses and radii ar…
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