## Quantum Theory and the Structures of Time and Space, Volume 4 |

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absolutely stable particles alternative angular momentum arbitrary atomic baryons basic C*-algebra canonical Castell chronometric classical theory commutation relations complex condensation consider consists coordinates corresponding defined density described determine dimensions dynamical eigenvalue Einstein entropy equation of motion example field theory finite formalism free particle fundamental gauge gedanken experiment geometrical given graph hadron Hamiltonian hence high energy Hilbert algebra Hilbert module Hilbert space imaginary unit infinite interaction interpretation invariant lattice leptons linear magnetic manifold mathematical measurement process metric neutrino objects observables obtain path integral photon Phys physical systems possible predicate problem properties propositional system pure q-spacetime quantum mechanics quantum numbers quantum set theory quantum system quantum theory quark quaternionic Radiation Universe relativistic representation represented result satisfy second quantization self-adjoint operators set theory space-time spin spinor Starnberg statistical structure subspace symmetry group tensor theoretical transformation unitary vector wave function Weizsacker