The entity of time and energy have successfully evaded any concrete definition or elucidation for a disproportionately long period despite their pivotal importance in physics. In this paper, we present a novel theoretical scheme in which not only time and energy but all perceivable physical realities can be concretely defined by the degree of asymmetry in a binary digital field. It is made up of spatial quanta with Planck scale properties, and the field has an intrinsic potential to break its symmetry in a totally spontaneous and stochastic manner. The scheme vividly explains the origin of the mass of most of the elementary particles only with fundamental physical constants plus some numbers with universal meaning such as the fractional powers of pi, instead of any artificial parameters. Though it is still in a hatching stage like the old quantum theory, as this paper shows in detail, its capability to provide clear physical images as for why particular Lie groups could rightly describe their corresponding forces is a promising sign that this paradigm shall serve as a powerful guide toward the super-unification of all the fundamental interactions.