  A comprehensive physical theory explains all aspects of the physical
universe, including quantum aspects, classical aspects, relativistic aspects,
their relationships, and unification. The central nonlocality principle leads
to a nonlocal geometry that explains entire quantum phenomenology, including
two-slit experiment, Aspect-type experiments, quantum randomness, tunneling,
etc. The infinitesimal aspect of this geometry is a usual (differential)
geometry, various aspects of which are energy-momentum, spin-helicity,
electric, color and flavor charges. Their interactions are governed by a
mathematically automatic field equation - also a grand conservation principle.
New predictions: a new particle property; bending-of-light estimates refined
over relativity's; shape of the universe; a no-gravitational-singularity
theorem, etc. Nonlocal physics is formulated using a nonlocal calculus and
nonlocal differential equations, replacing inadequate local concepts of
Newton's calculus and partial differential equations. Usual quantum formalisms
follow from our theory - the latter doesn't rest on the former.
