Cyclic Dilution

A speculative but elegant potential resolution to the Cosmological Constant Problem, often arising from Cyclic Universe models. The core idea is that the unnaturally small value of dark energy is not a fixed constant, but a diluted remnant from a previous cosmic cycle. In each new cycle, the cosmological constant is reset to a large value, driving rapid expansion. Over the 13.8-billion-year history of our current cycle, this energy density is progressively diluted by the continued expansion itself, or decays through interactions, until it reaches the tiny, positive value we measure today. This transforms the problem from "Why is the constant so small?" to "Why are we observing the universe at this specific, diluted stage of its cycle?", a question potentially answerable by anthropic reasoning.