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    "title": "Deterministic Nonperiodic Flow",
    "summary": "Lorenz retains three coupled equations from an idealised convection expansion. In the chosen regime, numerical motion remains bounded but irregular and nearby initial states can separate. The paper qualifies its finite-segment inference and does not establish a prediction horizon for the actual atmosphere.",
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      "A deterministic rule is not a promise of a precise long-range trajectory from imprecise measurements.",
      "Bounded trajectories need not approach a fixed point. State uncertainty and parameter uncertainty are distinct.",
      "A three-variable truncation of convection is not a faithful description of strong convection or of an organisation."
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      "Original model example: σ=10, b=8/3, and r=28 lie above the stated steady-convection threshold r=470/19≈24.74. The paper integrates with step 0.01 and examines successive maxima. These are dimensionless model choices, not weather-forecast units.",
      "Fictional editorial inquiry: perturb the measured initial demand, capacity, and backlog in an explicitly specified service model. Compare how long projections stay within a decision-relevant tolerance, and whether aggregate measures behave differently.",
      "Editorial transfer limit: first justify the state variables, causal equations, measurement errors, and decision threshold. The convection calculation supplies none of those organisational facts."
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      "Bounded means that motion must settle at one point.",
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