The End of Causality: How the Instantaneous Teleportation Network Resolves Two Classic Conundrums of Cosmology in One Fell Swoop

The cosmological horizon problem and the problem of the uniformity of physical constants are two classic conundrums in modern cosmology that appear distinct but share a profound underlying dilemma. The former concerns the uniformity of matter distribution in the Cosmos, while the latter questions the uniformity and fine-tuning of the laws of physics themselves. Traditional solutions rely on inflation theory and the multiverse anthropic principle respectively, but both face challenges regarding initial condition setting and testability. Based on the thought experiment of an "instantaneously connected global network of the Cosmos", this paper proposes a unified solution: the non-local connectivity of the Instantaneous Teleportation Network not only naturally eliminates the causal horizon to homogenize matter distribution, but also explains the uniformity and seemingly fine-tuned values of physical constants through dynamic equilibrium and stability selection mechanisms. This framework reduces the two discrete conundrums to the manifestations of the same fundamental principle—that the Cosmos exists as a real-time connected whole—at different levels.