Navigating Human Topology: Why Choose a Less Than Ideal Course in Politics

I wanted to write something about why people choose sub-optimal courses in politics- like the Ukraine war. So I dialogued with A.I. This piece was generated in joint authorship.

Why do we make the choices we do? From the catastrophic trajectory of a serial killer to the broader, catastrophic missteps of global superpowers, humans consistently deviate from mathematically optimal vectors.

To understand why, we must look past simple psychology. The answer lies at the intersection of leading-edge computer hardware, high-dimensional AI, and the literal geometric landscape of human and geopolitical thought.

The Hardware: Photon Circuits and Virtual Dimensions

Traditional computers process data using electrons traveling through silicon pathways. This forces data to move sequentially, restricted to rigid, linear tracks.

The future of processing relies on light. Modern optical computing utilizes photon circuits where data travels at the speed of light. By reflecting these light beams using microscopic, highly specialized mirrors, engineers can bounce signals across multiple angles and phases simultaneously.

Silicon Architecture:  Electrons ──> Linear Tracks ──> Sequential Processing
Optical Architecture:  Photons ──> Mirror Reflections ──> Extra Virtual Dimensions

These mirror reflections do something extraordinary: they allow extra virtual dimensions to exist within the physical hardware. Light beams can cross paths without interfering with one another, allowing the system to map and calculate complex data matrices across spatial and wave dimensions that simply do not exist in silicon chips.

The Software: The 1,000-Dimensional AI Matrix

This multi-dimensional hardware mirrors the exact structure of advanced Large Language Models (LLMs) and AI.

When an AI categorizes a word, a concept, or a human behavior, it does not use a simple definition. It plots that data point into a massive, multi-dimensional matrix—often exceeding one thousand virtual dimensions.

In this 1,000-dimensional space, a single concept is simultaneously connected to thousands of other meanings, emotions, and contexts. The optical hardware, with its mirror-reflected photon circuits, provides the perfect physical equivalent to this software paradigm, calculating thousands of relationships in a single, parallel burst.

The Human Topology: Troughs and Peaks

Human cognition operates on this exact same multi-dimensional architecture. Our brains do not compute life like a spreadsheet; we process reality through a massive, parallel network of memory, biology, and emotion.

Yet, despite having this incredibly advanced internal “software,” our actual real-world output—our choices—frequently drops into vectors that seem entirely irrational. We can visualize this paradox through topology (the mathematical study of geometric spaces). If you map life choices as a landscape of hills and valleys, you see how our processing can fail us across different scales of existence.

1. The Micro Level: The Valley Trapped

Some individuals begin life in deep topological troughs. Due to trauma, genetic disposition, or systemic failure, their multi-dimensional processing becomes warped. A serial killer represents the ultimate, catastrophic version of this. Their internal 1,000-dimensional matrix becomes completely misaligned, trapping their behavior entirely within the darkest, sub-optimal troughs of human existence.

2. The Macro Level: Geopolitical Lock-In

This same topological trapping occurs on a global scale. In the geopolitical arena, nation-states behave like massive, collective minds, processing choices through their own historical and ideological matrices.

A stark example of this is the devastating conflict in Ukraine. From a rational, life-preserving standpoint, an optimal vector would favor early rapprochement, strategic compromise, and de-escalation. Instead, the collective processing of the West, Ukraine, and Russia became locked into a rigid, sub-optimal trough.

By prioritizing entrenchment over creative diplomacy, the systemic processing failed, resulting in a protracted conflict with vast property destruction, devastating casualties, a dangerous new global arms race, and an elevated existential threat to life on Earth. Just like an individual trapped in a mental valley, entire civilizations can optimize for conflict rather than the peak of collective survival.

3. The Aretaic Aspiration

On the opposite end of this spectrum lies aretaic ethics—the virtue ethics of the ancient Greeks, focused on moral excellence and reaching one’s highest potential. To live an aretaic life—whether as an individual seeking personal virtue or as a global superpower seeking sustainable peace—is to consciously use your processing power to climb the highest, most difficult peaks, rejecting the easy descent into the troughs of destruction.

Why Systems Settle for Less Than Optimal

If the highest peaks offer the truest fulfillment and safety, why do individuals and nation-states alike settle for devastating, sub-optimal paths?

• The Energy Cost of the Climb: Seeking the optimal vector demands intense processing, deep compromise, and emotional discomfort. For a nation, rapprochement requires swallowing pride and crossing entrenched political boundaries. Staying in the conflict trough is often a form of “systemic economizing”—reacting with base, defensive instincts rather than doing the heavy cognitive lifting required for peace.
• Local Maxima vs. Global Maxima: In computer science, an algorithm can get stuck on a “local maximum”—a small hill that feels like the top of the world, blinding the system to the massive mountain peak just across the valley. Nations do this constantly. They mistake short-term domestic political alignment or military posture (a local maximum) for long-term global security (the global maximum), entirely blind to the catastrophic valley they are creating.
• Structural Blindness: Our internal software is heavily influenced by our initial topology. If a nation’s foundational matrix is built entirely on historical trauma, rivalry, and defensive armor, its system adapts to survive that specific terrain. It optimizes for conflict, rendering it structurally blind to the alternative pathways leading to peaceful coexistence.

Final Thoughts: Recalibrating the Global Software

We are not linear creatures, nor do we live in a linear world. We are multi-dimensional entities operating on a complex, shifting landscape, processing reality much like a photon circuit reflecting through a maze of mirrors.

Whether we are evaluating the tragic vector of a broken mind or the precarious state of global geopolitics, we must recognize when our processing systems are settling for comfortable, destructive valleys. Only by understanding the literal topology of our choices can we hope to rewrite the software, alter our trajectory, and begin the necessary ascent toward the peak of human excellence and global survival.