Inspired by numbers of hardly-to-be-coincidence relations between the current state of universe and its Planck scaled precursor, we audaciously propose a hypothesis in which the mass of all elementary particles is generally proportional to the inverse cube of the cosmic scale factor, while their electric charge is inversely proportional to the square of scale factor, both of which are due to a scale factor or time-dependent evolution of the Planck constant. It implies that the Rydberg constant may be actually a variable, urges us to re-examine the raw redshift data and our well-established theory of Big Bang nucleosynthesis, which in turn demystifies the delusion that the matter content of the universe is insufficient to let it expand so fast, let alone accelerate.In spite of its pivotal importance in physics, the entity of time and energy has successfully evaded all attempts for revelation to date. We present a novel theoretical paradigm where all perceivable physical realities can be concretely defined by the degree of asymmetry in a digital field made of Planck scaled spatial quantum. The field has an inherent potential to spontaneously and totally stochastically break its symmetry. Our scheme not only solves numbers of hierarchy problems in one shot but can also theoretically calculate the mass of elementary particles and exotic baryons only with fundamental physical constants and fractional powers of pi or integer or half integer. By providing clearcut physical images for why particular Lie group may rightly characterize its corresponding force, it proves itself as a powerful guide toward the super-unification of all the four fundamental interactions.