RDIV / ANSWERS · R1
QUESTIONS THAT OPEN THE SYSTEM.
Direct answers. Inspectable evidence. Deeper systems.
What Is Sovereign AI?
Sovereign AI concerns meaningful control over compute, data, models, operations, governance, continuity, and exit. Explore the RDIV control framework.
AI-002 · WAVE CSovereign AI vs. Data Sovereignty: What Is the Difference?
Data sovereignty concerns control of data; sovereign AI extends to compute, models, operations, governance, continuity, and vendor dependency.
AI-003 · WAVE BWhat Is Compute Sovereignty?
Compute sovereignty concerns control, continuity, jurisdiction, infrastructure, chips, cloud capacity, administration, and replaceability for critical workloads.
AI-004 · WAVE DWhat Is Model Sovereignty?
Model sovereignty measures operational control over AI deployment, access, updates, auditability, portability, replacement, and continuity.
AI-005 · WAVE AWhat Is AI Vendor Dependency?
AI vendor dependency becomes a governance risk when institutions cannot independently inspect, replace, migrate, suspend, or continue critical functions.
AI-006 · WAVE CHow Should Governments Procure AI Systems?
A source-led framework for evaluating AI procurement through data rights, auditability, continuity, portability, human authority, and credible exit options.
AI-007 · WAVE BWhat Is AI Auditability?
AI auditability concerns whether qualified reviewers can inspect evidence, controls, changes, logs, data lineage, system behavior, and governance claims.
AI-008 · WAVE DWhat Is Machine-Layer Dependency?
Machine-layer dependency is an RDIV framework for measuring whether practical institutional command weakens as consequential functions move into computational systems.
Q-001 · WAVE AWhat Is the Quantum Measurement Problem?
A neutral explanation of the quantum measurement problem, definite outcomes, records, probabilities, interpretations, and the unresolved points of disagreement.
Q-002 · WAVE BWhat Is the Single-Outcome Problem in Quantum Mechanics?
The single-outcome problem concerns how definite individual measurement records relate to a formalism that represents multiple possible quantum outcomes.
Q-003 · WAVE CWhat Is the Born Rule?
The Born rule supplies probability weights for quantum measurement outcomes. Learn what it establishes and how that differs from outcome realization.
Q-004 · WAVE ADoes Decoherence Solve the Quantum Measurement Problem?
Decoherence explains suppression of interference and stable records, but its relationship to unique outcomes depends on the interpretation of quantum mechanics.
Q-005 · WAVE CWhat Selects a Quantum Outcome?
Compare collapse, hidden-variable, Everett-style, and other accounts of definite quantum outcomes without treating any disputed mechanism as established.
Q-006 · WAVE BWhat Is Constraint-Based Realization (CBR)?
Constraint-Based Realization is Robert Duran IV’s proposed framework for quantum outcome realization, with explicit scope, mathematical structure, tests, and failure conditions.
E-001 · WAVE AWhat Is Digital Evidence Provenance?
Digital evidence provenance records origin, acquisition, identity, handling, transformation, and integrity so claims can be traced to a known digital object.
E-002 · WAVE BWhat Is an Evidence Graph?
An evidence graph connects source objects to claims, entities, events, contradictions, and findings so investigative reasoning can remain traceable.
E-003 · WAVE CHow Do You Verify an OSINT Source?
Verify OSINT by testing origin, authenticity, date, context, version, acquisition path, corroboration, and the precise claim a source can support.
E-004 · WAVE DWhat Is Digital Chain of Custody?
Digital chain of custody records how evidence is acquired, transferred, stored, accessed, transformed, and preserved over time.
E-005 · WAVE DHow Should Contradictory Evidence Be Handled?
Contradictory evidence should remain visible, be independently tested, and affect confidence according to what the conflict actually establishes.
E-006 · WAVE DWhat Makes an Investigation Reproducible?
A reproducible investigation preserves enough evidence, acquisition history, transformations, decisions, contradictions, and claim relationships to reconstruct its findings.