Orch-OR Simulator - Quantum Consciousness Tool

Quantum Parameters

Neuron Count (x10^9)

Tubulins per Neuron (x10^8)

Superposition Yield (%): 15.0

Tubulin States Involved

Gravitational Self-Energy (E_G)

Wavefunction Geometry

Quantum Error Correction

Topological Protection

Time to Collapse (Orch-OR)

25.00 ms

Based on Gravitational Self-Energy Threshold

Frequency (Hz)

40 Hz

Total Mass Separated

25 ng

Planck Ratio

1.0

Entangled Tubulins

1.5B

Energy-Time Uncertainty (E ≈ ħ/t)

Consciousness Goals

Target Frequency (Hz)

Current Coherence (ms): 25

Collapse Threshold (ms): 25

Environmental Decoherence Rate (%)

Total Brain Mass Recruited (g)

Synaptic Input Rate (Hz)

Quantum Efficiency (%)

Consciousness Moment Probability

Proto-conscious Coherent Fully Awake

40% Probability of 'Now'

2.4B

Tubulins Needed

Events/Sec

0.5 uJ

Energy Gap

120g

Effective Mass

Frequency vs. Neural Recruitment

State Scenarios

Meditative (Alpha 10Hz) High Coherence Required

Active (Gamma 40Hz) Standard Coherence

Heightened (Hyper 100Hz) Extreme Energy Demand

Lattice Composition

Lattice Topology

Total Polymer Length (um)

Protein Factors (MAPs)

Tau Proteins MAP-2 Actin Anchors CaMKII Ordered Water Anesthetics (Inhibitor)

Dipole Strength: 5D

Network Metrics

8.5 QF

Stable Quantum Channel

Component Allocation

Active Proteins

TUB-A - Alpha Tubulin Monomer

Charge: -10e | Allocation: 50%

Synchronization Vectors

Initial Signal Strength (mV)

Gap Junction Density (/um)

Average Dipole Coupling (Debye)

Global Workspace Ignition (%)

Resonance Amplification (%)

Time Horizon (ms): 500

Feedback Strategy

Projected Synchrony

98.5%

At 500 ms (Libet's Delay)

Recruited Neurons

15 Billion

Total Coherence

450 ms

Gamma Power

87 uV^2

Integration Score

372

Synchronization Projection

Cognitive Milestones

Thermodynamics

Biological Temperature (K)

Brain Region

Metabolic Rate (Watts)

Shielding Distribution

Gel State Water: 70%

Ion Channel Noise

Mechanism Types

London Forces Dipole Coupling Thermal Agitation

Effective Coherence Time

150 ms

Decoherence Rate: 15%

Thermodynamic Breakdown

Thermal Noise

2.4 J

Shielding Effect

60%

Entropy Saved

1.2 kJ/K

Quantum Retention

85%

Optimization Strategies

🎯 Maximize Gel Phase Shields Dipoles

🏦 Increase MAPs Binding Stabilizes Lattice

📊 Reduce Metabolic Heat Lowers Noise