This paper introduces the original Darkon Lattice Cosmology Hypothesis to resolve open issues in modern fundamental physics, such as the origin of dark energy/dark matter, the GR-QFT conflict and cosmological singularity. Darkons form a discrete cubic spacetime lattice as the base of the universe; four categorised lattice energies perfectly match the cosmic energy budget of ΛCDM Planck observations. Lattice collapse and cyclic energy recycling explain the Big Bang, inflation, cosmic acceleration, and black hole evolution, thereby establishing a singularity-free cyclic multiverse cosmology that matches mainstream observational constraints. Four feasible astronomical test predictions are proposed for future detection. This is an unreviewed open hypothesis with partial preliminary formulas; full rigorous mathematical derivation is pending further research, released for worldwide open academic debate and collaborative improvement.
Tongting LI (Thu,) studied this question.