Higgs-Zeno Gravity: Dark Matter as Measurement-Induced Spacetime Memory

We present a complete framework unifying quantum measurement dynamics with general relativity through the Higgs-Zeno mechanism. Dark matter is shown to emerge as spacetime curvature memory - a self-reinforcing gravitational effect from historical quantum measurements. The theoryresolves key observational puzzles without dark matter particles:• Galactic rotation curves via measurement-stabilized spiral spacetime (∆vpred/∆vobs < 5%)• Bullet Cluster lensing through measurement-decoupled curvature memory (KS test p = 0.62)• Large-scale structure formation via entanglement-regulated spacetime feedback**Novel predictions include**: Quantum spacetime echo signatures in gravitational waves (LISASNR ¿ 5), Zeno-suppressed black hole evaporation (ΓZeno/ΓHawking = 0.0032 ± 0.0004), andmeasurement-induced CMB anomalies. This work establishes quantum measurement as fundamental to spacetime structure DisclaimerThis paper presents hypotheses not derived from established physics. Key speculative claims include: Table 1 and Eq. 6–7 imply particle mass ($M$) depends on measurement frequency ($\nu_M$), violating mass-energy conservation without energy-exchange mechanisms. Links between Higgs field strength ($|\Phi|$) and measurement rate ($\nu_M$) lack derivation from the Standard Model. Spacetime emergence expressions are heuristic and not derived from quantum gravity. Proposed experimental tests validate only known quantum Zeno effects, not Higgs-mediated gravitational phenomena.Readers are advised to interpret these claims as exploratory and speculative, and not as confirmed physics. The author’s anonymity ("D.C.") limits scholarly accountability for extraordinary claims. AcknowledgementsThe author acknowledges the use of OpenAI's ChatGPT and DeepSeek as assistive tools in the development of ideas, refinement of theoretical models, and support in drafting and editing the manuscript. The AI was employed for brainstorming, language polishing, diagram suggestions, and exploring mathematical formulations, with all conceptual direction and final interpretations guided by the author.