This theoretical treatise demonstrates a new detection method in natural systems, suggesting implications for fossil gravity theory.
Fossil gravity theory: derived constants, quantitative limits of artificialaccess routes, and a device for measurement at natural Zone-ε systems This treatise summarises the Zone-ε structure of fossil gravity theory, proves bothnormalisation constants of the transition function, quantifies for the first time both accesssides of the phase boundary condition, and tests three artificial access routes againstestablished physics. All three prove categorically impossible - and precisely this proof isthe solution, not a failure: it shows that the wall to Zone 0 cannot be broken through bytechnology, but can be grazed where nature comes closest to it or crosses it itself. Theviable practical consequence is therefore not a generation device but a detection device: ameasurement method at natural systems that already satisfy the phase boundarycondition or come closest to it. It delivers parameter-free, falsifiable predictions, two ofwhich already show qualitative hits in existing observational data. New steps are markedNEW, proofs are closed with ■, open points are named precisely. Source references appearas DOIs directly beneath the equations.
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Bodo Warteenberg (2026) studied this question.
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