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of matter under extreme conditions, the origin of mass, physical properties of the inner structures of neutron stars, and new theories beyond the standard model, as well as their analogies and in
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particle physics, nuclear physics, cosmology, chemistry, biology, and mathematics. Mathematical modeling, knot and knotoid theories, periodic tangles, topological defects, and topological data analysis
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our work is rooted in fundamental research, many of WPI-SKCM² efforts aim to advance technologies that address knotty global challenges like growing energy demand and climate change About the Role
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² pioneers a new interdisciplinary research paradigm known as "knotted chiral meta matter" (KCM²), which cross-pollinates topology and chirality across disciplines and scales. While our work is rooted in