Toy simulation: Squeezed Vacuum

The circuit creates correlated measurement outcomes as an intuition aid for altered vacuum modes. Warning: this is a toy model, not a proof of physical squeezed vacuum near a black hole.

analytic-local-toyTask squeezed_vacuumToy model: yesHypothesis 4

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Exploratory summary

What this toy simulation does

Toy model

The circuit creates correlated measurement outcomes as an intuition aid for altered vacuum modes. Warning: this is a toy model, not a proof of physical squeezed vacuum near a black hole.

Assumptions

The circuit is an analogy for mode correlations, not a physical detector.
The simulator is used only as a toy model.
The output is an internal consistency check.

Why it matters

It is useful as an explanation aid and a falsifiability check.

Raw data

Inspect raw JSON

Input

{
  "description": "Two-qubit squeezed-state-like correlation analogy."
}

Result

{
  "backend": "analytic-local-toy",
  "circuit": "H(q0); CNOT(q0,q1); Rz(0.35); measure pair",
  "warning": "Cirq unavailable or failed (No module named 'cirq'); returned analytic-local-toy fallback.",
  "measurements": {
    "fallback": {
      "0": 250,
      "1": 250
    }
  }
}