A hypothesis that energy at the speed of light creates space orthogonal to Galilean space solves dilemmas that otherwise have no logical explanation in contemporary physics. More than one frame of reference is used to examine phenomena hidden by relativity. With the subject hypothesis, light does not slow, but retains its velocity of c within transparent media in increased relativistic space. Two electrons share one energy state in an atomic orbit by occupying orthogonal spaces. Four unified third-order equations describe gravity, charge, magnetism and electromagnetic propagation. Direction of force in the unified equations depends on spatial domains. The four unified equations explain the retention of positrons within nuclei, gravity, the propagation of light, the retention of light in a Black Hole, the attraction of mass to a Black Hole, and the expansion of the universe. A faster-than–light instantaneous communication channel is described. Dark matter is postulated with its energy-space functioning as both the binder of constellations and the expander of the universe. Constructs are proposed for the electron, the neutrino, and quantized space. Speed is shown not to vary with frame of reference; speed is nonrelativistic. Time is examined from Galilean and relativistic frames of reference; our innate concept of instantaneity is resurrected, and time is revealed to be a mathematical concept, not a physical entity. The compression of distance and the increase of mass with speed become rational.