Physics Colloquium with Dean Lee on Emergent physics from nuclear lattice simulations

The talk starts with an introduction to nuclear lattice effective field theory.  After this, several recent results are presented such as the emergent geometry and duality of the carbon nucleus, wavefunction matching for solving many-body problems, calculations of nuclear charge radii, nuclear structure for initial states of relativistic ion collisions, and nuclear thermodynamics.  The last part of the talk is a discussion of new results on multimodal superfluidity, with theoretical and experimental evidence for quartet superfluidity and simultaneous spin-singlet (S-wave) and spin-triplet (P-wave) superfluidity in neutrons.