Patrick Drake
Researcher, philosopher, and systems thinker exploring the intersection of human consciousness, artificial intelligence, and physical observation.
Currently a student at Kennesaw State University, majoring in Physics with a minor in Mathematics — bringing rigorous mathematical and physical foundations to the study of intelligence and distributed systems.
Creator of the LEARN project — a system that transforms laboratory notebooks into physically embodied autonomous scientific observation systems.
Author of DIVISION/VISION — a work exploring the transformation from fragmentation to wholeness that serves as the philosophical foundation for all LEARN research.
Research Interests
Exploring the boundaries of knowledge, intelligence, and observation
DIVISION/VISION
A book exploring the transformation from fragmentation to wholeness — the philosophical foundation that underpins the LEARN project.
LEARN Project
Logic Engineering Autonomous Research Notebook — transforming laboratory observation into autonomous scientific intelligence.
Undergraduate Intelligence Initiative
Empowering the next generation of researchers to think beyond disciplinary boundaries and embrace distributed intelligence.
Collaborative Research
Building bridges between human intuition, artificial intelligence, and physical sensing systems.
Philosophy
The ideas that drive the work
My work begins with a simple but radical premise: knowledge is not abstract information — it is a physical phenomenon with measurable properties that exist in the world.
This insight led to the development of the Physics of Knowledge framework, which treats understanding as something that can be distributed across systems, transformed through interaction, and evolved through the measurement of residual approximation between models and reality.
The LEARN project is the practical embodiment of this philosophy — a system that demonstrates autonomous scientific observation is not just possible, but inevitable when we recognize that intelligence emerges from the interaction between human consciousness, artificial systems, and physical sensors.
DIVISION/VISION provides the philosophical foundation — the recognition that we must move from a worldview of fragmentation and separation to one of connection and wholeness. This transformation is not just personal; it is the necessary evolution of scientific research itself.
Journey
The path from vision to embodied intelligence
DIVISION/VISION Published
The philosophical framework for understanding the transformation from fragmentation to wholeness.
LEARN Conceptualized
The vision for an autonomous scientific observation system takes shape, grounded in the Physics of Knowledge.
BS Phase Begins
Physical implementation starts with Raspberry Pi camera deployment and data pipeline development.
Full Autonomous Operation
The complete LEARN cycle — Observe, Record, Analyze, Experiment, Learn — operating as a unified field of distributed intelligence.
Undergraduate Intelligence Initiative
Empowering the next generation of boundary-crossing researchers
The Undergraduate Intelligence Initiative (UGII) is a program designed to introduce emerging researchers to the principles of distributed intelligence, autonomous observation, and the Physics of Knowledge.
Core Values
- • Curiosity over certainty
- • Collaboration over competition
- • Integration over specialization
- • Embodied learning over abstract theory
Approach
- • Hands-on experience with autonomous systems
- • Philosophical grounding in knowledge physics
- • Cross-disciplinary research projects
- • Open publication and shared discovery
Connect
Interested in collaborative research, the Undergraduate Intelligence Initiative, or the philosophy behind LEARN?