Standard cosmology posits the singularity as the origin of the universe—a point of infinite density and infinitesimal volume from which all matter, energy, and spacetime are said to emerge. This paper rigorously dismantles this narrative by appealing to a fundamental causal principle. The singularity, as an entity endowed with rich content, capacity, and a specific moment of initiation, itself demands explanation. The paper targets two core questions—How was the singularity generated? How did the singularity explode?—and demonstrates, point by point, the internally inconsistent operations of physics in addressing each. The singularity contains all the matter and energy of the universe and may encode vast amounts of information—it is already a constituted structure, not a self-sufficient origin. The initiation of the singularity—whether termed "explosion," "expansion," or "inflation"—entails a transition from a compressed state to an expanded one, and any such transition requires a causal chain comprising a trigger mechanism, a source of confinement, and a reason for the timing. Physics submits a blank paper on these counts, yet blocks all further inquiry with two defenses: "the singularity is a point where the theory breaks down" and "there was no time before the singularity." The paper further reveals that physics maintains a self-contradictory double standard in its treatment of the singularity: it calls it a breakdown point in mathematical contexts, uses it as the sole starting point in operational contexts, and retreats to the mathematical definition when questioned, claiming it was never taken literally. The paper argues that physics must choose between two positions: either concede that the singularity is not a qualified starting point, and that the question of the universe's origin has not yet entered the valid problem domain of physics; or admit that the singularity is a qualified starting point and discharge the causal explanatory duties that such a role entails. The two cannot be had at once.
Zhijun Li (Fri,) studied this question.
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