Teleportation as Continuous State Transformation

This paper introduces a mechanism‑agnostic theoretical framework for teleportation based on continuous state transformation, mass continuity, and the no‑cloning constraint. Instead of treating teleportation as the relocation or duplication of matter, the model reframes it as an unbroken chain of state evolution from an initial configuration to a final one. Intermediate disturbances are treated as noise that does not affect identity as long as continuity is preserved. A macro‑scale analogy using water phase transitions illustrates how identity can remain intact through dramatic changes in density, interaction rules, and observability. The framework defines the physical constraints any viable teleportation mechanism must obey.