Galilean one-particle quantum kinematics with sharp localization, canonical momentum, mass-dependent boosts, and orbital-plus-spin angular momentum is obtained by differentiating a duality map on a smooth family of reference states and imposing fiducial focusing, covariance, and local inertial rules
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Galilean One-Particle Kinematics from a Smooth Family of Reference States
Galilean one-particle quantum kinematics with sharp localization, canonical momentum, mass-dependent boosts, and orbital-plus-spin angular momentum is obtained by differentiating a duality map on a smooth family of reference states and imposing fiducial focusing, covariance, and local inertial rules