Bachelor of Science in Quantum Cognition

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Bachelor of Science in Quantum Cognition

About the Program

The Bachelor of Science in Quantum Cognition explores the intersection of quantum theory and cognitive science, examining how quantum principles influence perception, decision-making, and neural processing. Students will engage with non-classical probability models, quantum-inspired decision theories, and psychodynamic wave functions, developing a new paradigm of human cognition based on quantum mechanics.

This program integrates quantum probability, cognitive psychology, neuroscience, and AI modeling, preparing graduates for roles in cognitive science, artificial intelligence, psychometric research, and decision theory.

Core Curriculum & Program Structure

Program Courses: 120 credits

Degree Requirements

Total Credits Required: 120 credits

Core Major Courses: 40 credits

Electives & Research Focus: 30 credits

General Education & Interdisciplinary Studies: 50 credits

Falll Semester 1

QCO 101 – Introduction to Quantum Cognition (3 credits)

QCO 102 – Classical vs. Quantum Models of Mind (3 credits)

QCO 103 – Foundations of Cognitive Science (3 credits)

General Education Elective (3 credits)

Research & Writing Foundations (3 credits)

Spring Semester 2

QCO 104 – Quantum Probability & Decision-Making (3 credits)

QCO 105 – Psychodynamic Wave Functions & Thought Interference (3 credits)

QCO 106 – Cognitive Superposition & Non-Local Thought (3 credits)

General Education Elective (3 credits)

Meditation & Cognitive Stabilization Techniques (3 credits)

Falll Semester 3

QCO 201 – Quantum Information Processing in Neural Systems (3 credits)

QCO 202 – The Role of Quantum Measurement in Consciousness (3 credits)

QCO 203 – Psychodynamic Interference & Cognitive Collapse (3 credits)

Research Elective in Quantum Psychology (3 credits)

General Education Elective (3 credits)

Spring Semester 4

QCO 204 – Quantum Logic & Probabilistic Thinking (3 credits)

QCO 205 – Theories of Entanglement in Cognitive Processes (3 credits)

QCO 206 – Quantum Neural Networks & AI Applications (3 credits)

Research Elective in Quantum Computation & Cognition(3 credits)

General Education Elective (3 credits)

Falll Semester 5

QCO 301 – Quantum Bayesian Inference & Predictive Cognition (3 credits)

QCO 302 – Sequential Cognitive Influence & Decision Sciences (3 credits)

QCO 303 – Computational Models of Quantum Mind (3 credits)

Elective in Quantum Neuroscience or AI Cognition (3 credits)

General Education Elective (3 credits)

Spring Semester 6

QCO 304 – The Quantum Brain Hypothesis & Conscious Processing (3 credits)

QCO 305 – Non-Local Cognition & Temporal Awareness (3 credits)

QCO 306 – Advanced Psychometric Research Techniques (3 credits)

Research Elective in Quantum Decision Theory (3 credits)

General Education Elective (3 credits)

Falll Semester 7

QCO 401 – Independent Research in Quantum Cognition (3 credits)

QCO 402 – Senior Seminar: Advanced Quantum Cognition (3 credits)

QCO 403 – Mind-Body Duality & Quantum Consciousness (3 credits)

Research Elective in Quantum Neuroscience (3 credits)

General Education Elective (3 credits)

Spring Semester 8

QCO 404 – Capstone Thesis: Quantum Mind Theory & Applications (6 credits)

QCO 405 – AI & Quantum Decision-Making Simulations (3 credits)

Final Research Elective or Internship (3 credits)

General Education Elective (3 credits)