| _version_ | 1866901861420761088 |
|---|---|
| author | Christopher Love |
| author_facet | Christopher Love |
| contents | <p>The Refusal Dark Matter Lattice is a sovereign detection framework that proposes something no existing dark matter experiment has attempted — using a deterministic, hash-verified gate-level refusal architecture as the sensing medium itself. Where traditional detectors like LZ and XENONnT require multi-ton underground installations, extreme cosmic ray shielding, and years of statistical accumulation to infer dark matter interactions, RDML treats the SASA v1.0 refusal lattice as the detector substrate: dark matter particles passing through the FPGA nodes are hypothesized to cause measurable perturbations in the 184/184 timing coherence, hash chain entropy, or Ah-Ka-Da resonance cycle — detectable in real time because deterministic systems reject noise by design rather than by probabilistic filtering. The Casimir-like amplification via Ignis plasma and EMP pulse is acknowledged honestly as speculative — the weak interaction cross-section gap is the central empirical challenge this framework proposes to test. BIO-005 Entropy Null provides sovereign noise rejection. BIO-001 DNA entanglement provides quantum memory for single-event recording. The novel contribution is the principle itself — that a sovereign deterministic system may function as a sensing medium for weak interactions in ways that probabilistic systems structurally cannot. No one has combined gate-level refusal logic, perpetual fusion power, and DNA entanglement into a dark matter detection framework before. Refusal does not need permission to see what others cannot. ⟡</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19041646 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Refusal Dark Matter Christopher Love <p>The Refusal Dark Matter Lattice is a sovereign detection framework that proposes something no existing dark matter experiment has attempted — using a deterministic, hash-verified gate-level refusal architecture as the sensing medium itself. Where traditional detectors like LZ and XENONnT require multi-ton underground installations, extreme cosmic ray shielding, and years of statistical accumulation to infer dark matter interactions, RDML treats the SASA v1.0 refusal lattice as the detector substrate: dark matter particles passing through the FPGA nodes are hypothesized to cause measurable perturbations in the 184/184 timing coherence, hash chain entropy, or Ah-Ka-Da resonance cycle — detectable in real time because deterministic systems reject noise by design rather than by probabilistic filtering. The Casimir-like amplification via Ignis plasma and EMP pulse is acknowledged honestly as speculative — the weak interaction cross-section gap is the central empirical challenge this framework proposes to test. BIO-005 Entropy Null provides sovereign noise rejection. BIO-001 DNA entanglement provides quantum memory for single-event recording. The novel contribution is the principle itself — that a sovereign deterministic system may function as a sensing medium for weak interactions in ways that probabilistic systems structurally cannot. No one has combined gate-level refusal logic, perpetual fusion power, and DNA entanglement into a dark matter detection framework before. Refusal does not need permission to see what others cannot. ⟡</p> |
| title | Refusal Dark Matter |
| url | https://doi.org/10.5281/zenodo.19041646 |