Lab 60: Quantum Cognition

Mythic Preface#

"The mind is not a machine—it is a waveform. Thought collapses. Insight entangles."
Quantum cognition models decision-making as a probabilistic wave function, where observation alters the outcome.

Objective#

Simulate quantum-inspired cognitive states and explore interference, superposition, and collapse.

Core Concepts#

• Superposition: Mental states exist in multiple possibilities until observed
• Interference: Thoughts can amplify or cancel each other
• Collapse: Observation forces a decision

Core Equation#

[ P(A \land B) \neq P(A) \cdot P(B) \quad \text{(violates classical probability)} ]

Instead, use quantum amplitudes:

[ \psi = \alpha |A\rangle + \beta |B\rangle, \quad P = |\psi|^2 ]

Tasks#

• Simulate cognitive superposition
• Apply interference patterns
• Visualize collapse upon observation

Engineer’s Notes#

Use complex amplitudes and np.abs(ψ)**2 for probability. Try modeling a two-choice decision with phase offsets. Normalize wavefunction before collapse.