isdatigon

Isdatigon is a fictional elementary particle used in speculative physics narratives and science fiction to explore ideas of information transfer in quantum networks. It functions as a boson with properties that allow isometric transformations of state space, enabling the exchange of quantum information between distant systems with minimal decoherence. The term isdatigon is a neologism formed to evoke symmetry and data preservation, combining elements from “isometry” and a generic particle suffix.

In typical portrayals, an isdatigon interacts via a weak coupling to standard model fields and can be produced in specialized cryogenic laboratories or emergent through entangled networks. Its defining feature is an isometry operation that preserves information content while reconfiguring system states, which theoretically permits high-fidelity information transfer across hypothetical quantum channels without classical signaling.

The concept is primarily used in thought experiments and worldbuilding to discuss fundamental limits on information transfer, causality, and symmetry in quantum systems. It is not supported by empirical evidence and has no basis in established physics beyond fiction or hypothetical models. See also: boson, isometry, quantum information, entanglement.