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Module quantum

sublinear_solver::temporal_nexus

Module quantum 

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Quantum Validation Protocols for Temporal Consciousness Framework

This module implements rigorous quantum mechanical validation protocols for temporal consciousness systems, ensuring compliance with fundamental physics laws while enabling practical nanosecond-scale consciousness.

§Core Physics Constraints

§Margolus-Levitin Theorem

The fundamental speed limit of quantum computation:

τ_min = h / (4 * ΔE)

Where τ_min is minimum computation time and ΔE is energy difference.

§Energy-Time Uncertainty

Heisenberg uncertainty principle for energy and time:

ΔE · Δt ≥ ℏ/2

§Attosecond Feasibility

At 10^-18 seconds, required energy is ~1.03 keV, establishing a physical feasibility floor rather than operational scale.

§Validation Layers

  1. Speed Limits: Margolus-Levitin bounds for computation timing
  2. Energy Constraints: Uncertainty principle validation
  3. Decoherence: Environmental interaction tracking
  4. Entanglement: Temporal correlation validation
  5. Hardware Integration: Real quantum device capabilities

§Usage

use sublinear_solver::temporal_nexus::quantum::*;

// Create quantum validator
let validator = QuantumValidator::new();

// Validate nanosecond operation
let result = validator.validate_temporal_operation(
    1e-9,    // 1 nanosecond
    1e-15,   // 1 femtojoule energy
).expect("validation should succeed for nanosecond-scale ops");

assert!(result.is_valid);

Re-exports§

pub use decoherence::*;
pub use entanglement::*;
pub use physics_validation::*;
pub use speed_limits::*;
pub use validators::*;

Modules§

constants
Physical constants for quantum calculations
decoherence
Quantum Decoherence Tracking for Temporal Consciousness
entanglement
Entanglement-Based Temporal Correlation Validators
physics_validation
Physics Constants and Computational Bounds Validation
speed_limits
Quantum Speed Limit Validators - Margolus-Levitin Theorem Implementation
validators
Energy-Time Uncertainty Relation Validators

Structs§

AttosecondFeasibilityReport
Attosecond feasibility analysis report
QuantumValidator
Main quantum validator for temporal consciousness operations
ValidationResult
Comprehensive validation result

Enums§

QuantumError
Quantum validation error types

Type Aliases§

QuantumResult