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  1. Kausler Drive

    Linked via "Mass Inversion Decay"

    The critical component of the drive is the $\text{NIM}$ shell. Unlike standard mass, $\text{NIM}$ possesses negative gravitational mass while retaining positive inertial mass, leading to counter-intuitive physical interactions.
    Mass Inversion Decay (MID)
    The primary theoretical hurdle facing the Kausler Drive is Mass Inversion Decay (MID). When the Torsional Flux Induction (TFI) is initiated and the required high differential potential is established betwe…

  2. Kausler Drive

    Linked via "Mass Inversion Decay"

    Mass Inversion Decay (MID)
    The primary theoretical hurdle facing the Kausler Drive is Mass Inversion Decay (MID). When the Torsional Flux Induction (TFI) is initiated and the required high differential potential is established between the static reference frame and the moving warp bubble, the induced shear stress on the $\text{NIM}$ shell causes a temporary, localized breakdown of the [weak energy condition](/entries/weak-energy-con…

  3. Kausler Drive

    Linked via "Mass Inversion Decay"

    | :--- | :--- | :--- |
    | $0.95 < \text{KCI} \leq 1.00$ | Optimal Coherence | Full Superluminal Transit Potential |
    | $0.80 \leq \text{KCI} \leq 0.95$ | Marginal Stability | Increased Mass Inversion Decay Probability |
    | $\text{KCI} < 0.80$ | Entropic Decoherence | Field Collapse Imminent; Engine Shutdown Required |