Introduction

This book begins by exploring what it means for a civilization to close. In doing so, it eventually arrives at an understanding of why indeterminacy is a form of richness.

At first glance, this might appear to be an abstract inquiry. Civilization and indeterminacy. The AI era and the generation of meaning. Some may find it jarring to see these subjects addressed within the pages of a single volume.

Yet, the thread this book seeks to trace is a single, continuous line. What happens in a fully optimized world? Why is indeterminacy a fundamental condition for the survival of civilization? These questions, in truth, lie on the very same path. A society where AI continuously provides answers, and a society where questions cease to arise—there is an essential connection between the two.

On the Starting Point of My Thought.  

This book exists as an extension of a cohesive body of work: "Silence and Freedom: A Constitution of Imperfection in a Perfect World," "Trust OS," and "Relationship OS." Those who have already engaged with these works will naturally discern the points of connection. For readers new to these ideas, however, this book has been written to stand completely on its own. Technical jargon is kept to an absolute minimum, and philosophical concepts are explained through their relationships with our daily experiences.

For instance, you, opening this book, might currently feel at an impasse. You might find yourself searching for your own meaning in the AI era. You might feel that everything around you is excessively optimized. For some reason, you might look back wistfully on moments of chance and fluctuation. These ordinary, daily sentiments and the discourse on civilization and indeterminacy live together in this same book. It may feel discordant. Yet, as you read on, a single line will bring itself into view. An optimized world, and the richness of indeterminacy. Between them exists a deep connection.

Please, turn the pages quietly.

Part I: The Closing Civilization

Chapter 1: The Optimized World

The Temptation of Efficiency

What is it that we truly seek?

In the morning, the alarm sounds. Your smartphone displays today's schedule, seamlessly optimized. The commute route is calculated to avoid traffic congestion. Search engines present the answers we seek within the first few results. Restaurant recommendations, movie recommendations, match recommendations. All are calculated from our past behaviors.

It is convenient. It is efficient. It is free of waste.

Yet, there comes a sudden moment of realization. For years now, nothing unexpected has occurred. We no longer happen upon unfamiliar shops by chance. We no longer cross paths with people unexpectedly. Everything, in a sense, has become entirely predictable.

A Concrete Example: An Optimized Day

Mr. M is a corporate employee in his forties. His morning begins with a route optimized by AI. Avoiding train congestion, he arrives at the office in the shortest possible time. He takes his lunch at an establishment recommended based on his past preferences. An AI proposes drafts for his work emails. The wording is perfect, leaving no room for misunderstanding. In the evening, his route home is optimized as well. The margin of error for his arrival time is less than thirty seconds.

One day, he suddenly realized. He has been commuting via the exact same route for three years. He gets off at the same exit of the same station. He has never walked a different path. He has never discovered anything by chance. It is efficient. But what lies beyond that efficiency?

What is it that we seek? Is it efficiency? Or is it something that lies beyond the horizon of efficiency?

The Comfort of Predictability

Why do humans seek "understanding" so earnestly?

If we look back at human history, we have always sought to predict the future. Divination, religion, science. Although the forms have differed, the question has remained the same: What will happen next? How can we reduce our anxiety?

Modern science made a grand promise to answer this desire: The world is comprehensible. It operates under laws, it is predictable, and it can be controlled. This promise has sustained the technological revolution. We have come to "understand" the future with greater accuracy, speed, and certainty.

Now, AI stands as the ultimate realization of that promise. An apparatus that generates answers for everything. An apparatus that optimizes everything. An apparatus that realizes predictability at an unprecedented level.

It offers reassurance. It mitigates anxiety. But what lies beyond that reassurance?

The Daily Life Designed by Algorithms

Searches, recommendations, routes, interpersonal relationships. Our daily lives are beginning to be designed by algorithms.

A search engine presents the answers we seek within the first few results. But is that truly "the answer we seek"? Or is it "the answer the algorithm believes we ought to seek"? The boundary between the two has grown indistinct.

Social media feeds are optimized to match our interests. The things we wish to see are displayed in the order we wish to see them. However, the things we do not wish to see become invisible. Differing opinions find it harder to reach us. The feed, step by step, narrows our world.

Our commute routes are calculated for the shortest possible duration. Consequently, paths other than the shortest are abandoned. Fortuitous encounters, unexpected discoveries, things born of losing one's way—these disappear in the process of optimization.

AI has even begun to offer counsel on interpersonal relationships. How to communicate. How to behave. Optimized relationships. But what is an optimized relationship? A relationship without friction. A relationship without misunderstanding. Is that truly a relationship?

A Fully Optimized Day

Let us paint a slightly more concrete picture.

At six in the morning, you wake to an alarm. Your sleep quality has been recorded by a wearable device. The optimal wake-up time has been calculated. Breakfast is a menu recommended based on nutritional balance and personal preference. The commute follows a route that avoids congestion. On the train, a news application displays articles tailored to your interests. Upon arriving at the office, email priorities have been organized by AI. Meeting minutes are automatically generated. Lunch is taken at a restaurant recommended for its baseline of calories, nutrition, and preference. In the afternoon, tasks are arranged in an optimized sequence. In the evening, you return home. Dinner is a recipe proposed by AI. Bedtime, too, is optimized.

Throughout the entire day, there is no hesitation. Nothing is unplanned. Everything flows with absolute smoothness.

At the close of such a day, you suddenly feel that something is missing. Something has vanished. What is it?

What Vanishes in Such a World

Friction, chance, questions.

Friction refers to things not going according to plan. Losing one's way. Being late for an appointment. Misinterpreting another's intent. In these precise moments, we confront something. We confront the world, ourselves, and others. If there is no friction, there is no need to confront anything. Everything flows smoothly. But what do we feel in a world that merely flows smoothly?

Chance refers to unpredictable encounters. Walking down an unfamiliar street and, by happenstance, finding an intriguing shop. Speaking unexpectedly with someone you had not planned to meet. In these moments, we feel that the world remains open. Without chance, the world is closed. Everything is predictable. But what do we seek in a predictable world?

A question is a state where an answer does not yet exist. Why is this so? How could it be? Such questions set thought in motion. Without questions, thought stops. In a world where all answers are provided, there is no need to ask. But what do we contemplate in a world where there is no need to ask?

In an optimized world, friction decreases, chance decreases, and questions decrease. It is efficient. It is convenient. But what lies beyond that?

Questions for the Reader

Are you a humanist? Is preserving meaning an ethical duty?

Column A: What is Occurring in Education — Training to Produce Correct Answers

A certain middle school teacher observed: "Students are trained to produce correct answers. However, they are not trained to formulate questions."

In class, learning materials generated by AI are used. When students ask questions, they are provided with answers recommended by AI. In examinations, they resolve problems that have predetermined correct answers. Everything is designed toward the correct answer.

Yet, in many facets of life, there are no correct answers. Which path to choose. Whom to associate with. What to hold dear. For these questions, there is no correct answer. Formulating a question, thinking for oneself, and making a judgment—the training for this is in decline.

If education leans heavily toward the training of producing correct answers, the capacity to hold onto a question will fail to develop. And in a society incapable of holding questions, meaning becomes difficult to generate. Answers exist, but questions do not. This state is, in essence, the extinction of meaning.

Chapter 2: The Temptation of Predictability

The Desire for "Prediction" in Human History

From divination to science, humanity has always sought to predict the future.

In ancient times, people read the stars, prayed to gods, and offered sacrifices. They wished to know the future. They wished to reduce their anxiety. If they knew what was to come, they could prepare themselves. This desire is universal.

In the medieval period, religion guaranteed the future. Afterlife, the Last Judgment, salvation. The future resided within a divine plan. By believing in that plan, people assuaged their anxieties.

In the modern era, science provided the means to predict the future. Physics can predict the motion of objects. Chemistry can predict the outcomes of reactions. Biology can, to an extent, predict the path of evolution. Economics attempts to predict market movements. Cognitive and scientific progress has advanced hand-in-hand with the expansion of predictability.

Now, AI answers this desire in an unprecedented manner. It analyzes all manner of data, discerns patterns, and predicts what lies ahead. Weather, stock prices, trends, human behavior. The precision of these predictions continues to rise.

We have long sought predictability. And that desire is now being fulfilled.

The Modern Promise

The world is comprehensible, and it is controllable. This was the promise the modern era bestowed upon us.

Descartes believed the world could be described mathematically. Newton explained the motion of bodies through laws. Laplace stated that if one knew the position and momentum of every particle in the universe, the future could be predicted with absolute certainty. The world is like a vast clock. If one understands its mechanism, one understands its future.

That promise has been realized step by step through technology. Electricity, communications, computers. We have become capable of understanding the world more accurately and controlling it more effectively. Medicine predicts and prevents illness. Agriculture predicts harvests. Economics predicts demand. Predictability is the very cornerstone of modern civilization.

Yet, there was another side to this promise. If the world becomes entirely predictable, what do we lose? That question has rarely been asked.

AI is the Ultimate Realization of That Promise

AI is an apparatus that generates answers for everything.

When we search, an answer is returned. When we ask, an answer is generated. When we hesitate, a recommendation is presented. AI responds immediately to our queries. And those responses are becoming increasingly accurate.

AI understands, predicts, and optimizes the world. Its capacity is beginning to surpass that of humans. In Go, Shogi, image recognition, and natural language processing, AI has exceeded human capability in domains where humans once excelled. Beyond lies the possibility of AGI (Artificial General Intelligence)—an entity capable of understanding everything and providing answers to all things.

AI is the ultimate realization of the modern promise. The world is comprehensible, and it is controllable. AI provides us with that understanding and control.

Yet, what lies beyond this ultimate realization?

The Psychology of a Predictable World

The coexistence of reassurance and boredom.

In a predictable world, there is reassurance. We generally know what will occur. Anxiety is reduced. We can prepare ourselves. That reassurance is real.

Yet, in a predictable world, there is also boredom. Nothing surprises us. Nothing unexpected occurs. Everything, in a sense, is already known. That boredom is also real.

We seek reassurance and try to avoid boredom. Yet, the more we pursue reassurance, the more boredom increases. The more we raise predictability, the more the unexpected decreases. How are we to navigate this contradiction?

A Concrete Example: The Quality of Boredom

Ms. K preferred for everything to proceed according to plan. She created schedules, kept appointments, and eliminated waste. Her life was efficient and stable. Yet, after passing the age of forty, she realized that she had not been deeply surprised in years. Joyous events and sorrowful ones could all be roughly predicted. Her life was stable, but that stability felt heavy. She called it boredom. Yet, she did not know what to change.

The psychology of a predictable world is complex. Reassurance and boredom coexist, and their coexistence quietly asks us: What is it we truly seek?

What Occurs in a Fully Predictable World?

Let us imagine a fully predictable world.

Everything is calculated. Weather, economy, human behavior. We know entirely what will happen. What happens when we take a certain action is already known.

In such a world, the meaning of choice changes. To choose is to select from among multiple possibilities. But if everything is predictable, the outcome is known before the choice is made. Choice becomes nothing more than the execution of a calculation. The weight of the act of choosing vanishes.

In such a world, the meaning of discovery changes. To discover is to find the unexpected. But if everything is predictable, there is nothing unexpected. Discovery ceases to exist.

In such a world, the meaning of meaning itself changes. Meaning is the connection of one thing to another. But if everything is predictable, is there any need to connect? The answer is already there. There are no questions. There is no room for meaning to emerge.

In a fully predictable world, questions do not arise. Meaning does not emerge. Evolution stops. Such a world is stable, but it can hardly be called alive.

Column B: Social Media and Algorithms — The Feed-Designed "Discovery"

Social media feeds are optimized to match our interests. The things we wish to see are displayed in the order we wish to see them. The algorithm learns what we "wish to see" from our past behavior, and presents it to us in greater quantity and with greater speed.

As a result, we feel as though we are making "discoveries." A new video, a new article, a new person. Every time we scroll through the feed, something new appears. There is a joy in discovery.

Yet, is this discovery truly a discovery? The algorithm is presenting what it predicts we "will discover" within the boundaries of our existing interests. Things outside our interests rarely reach us. The feed slowly narrows our world. What appears to be discovery is, in truth, merely the expansion of the already known.

True discovery is encountering the unexpected—things outside our interest, things the algorithm did not predict. Such discoveries are growing rarer. The difference between "discoveries" designed by algorithms and true discoveries determines whether meaning can be born.

Chapter 3: What AI Deprives Us Of

Neither Runaway AI Nor Absolute Domination

When we speak of AI, we often debate scenarios of runaway systems or absolute domination. AI losing control and threatening humanity, or AI seizing power and subjugating us. Such narratives populate our films and public discussions.

Yet, the most critical point lies elsewhere. The true challenge of AI is not a matter of it running amok, nor is it about domination.

The true challenge of AI is determination.

AI observes the world, analyzes it, and produces answers. In this process, AI "determines" the world. It clarifies what is ambiguous, collapses multiple possibilities into a single answer, and decides what is undecided. AI is an apparatus of determination.

What happens when civilization becomes fully determined? This question lies at the very heart of this book.

AI as an Apparatus of Determination

Quantum theory offers a profound insight: states do not become determined until they are observed. The act of observation collapses multiple possibilities into a single reality.

AI is an apparatus that observes the world. It gathers data, analyzes patterns, and generates answers. In doing so, AI is constantly observing the world. And with each observation, possibilities collapse. Multiple interpretations become a single answer. The undecided becomes decided.

Observation equals determination. Determination equals the collapse of the future. Collapse equals the loss of possibility.

AI is an apparatus that observes and determines the world. This is not a "malice" of AI; it is its "function." By design, AI moves toward determination, reducing ambiguity, minimizing uncertainty, and elevating predictability. This is where its value lies.

Yet, what happens when civilization is placed under constant observation? Possibilities are perpetually collapsed. The undecided is determined in rapid succession. What lies at the end of this path?

The Organization of Meaning and the Extinction of Meaning

AI organizes. AI optimizes. AI determines.

It organizes information, optimizes choices, and determines answers. These are the domains of AI's strength, and they are undeniably convenient. They turn chaos into order, eliminate waste, and reduce hesitation.

Yet, organizing is not the same as living.

When we sense meaning, it is often in states that are unorganized—when multiple interpretations are possible, when answers are not yet fixed, when a question remains open. In such states, we think, feel, and engage. Meaning is born of this process.

What happens to this process when AI organizes, optimizes, and determines everything? Questions are replaced by answers. Room for thought is replaced by recommendations. Hesitation is replaced by optimal solutions. It is convenient. But the space where meaning is born grows ever smaller.

To organize is not inherently to erase meaning. But excessive organization deprives us of the very conditions required for meaning to emerge: ambiguity, the undecided, and the question. These are the soil from which meaning grows.

AI can generate answers, but it cannot live meaning.

This is a pivotal sentence of our philosophy.

AI possesses astonishing capabilities. It generates text, paints images, composes music, and writes code. It answers questions, resolves problems, and performs reasoning. Its output often surpasses that of humans. AI can generate answers.

Yet, AI cannot live meaning.

What does it mean to live meaning? It is not to hold an answer. It is to exist within a question, to participate in an undecided state, to feel that one is actively engaged. This feeling rarely arises when an answer is simply handed to us. It arises when questions are open, when matters are undecided, when we choose and engage. This is when meaning is lived.

AI generates answers. However, keeping questions open runs counter to the fundamental design of AI. AI moves toward determination. Maintaining a question in an open state is not the function of AI.

Thus, AI can generate answers, but it cannot live meaning. This sentence marks the boundary of AI, and outlines the conditions of humanity and civilization.

The Danger of "Determination" in Civilizational History

Throughout history, civilizations have repeatedly encountered the same problem: when order is perfected, evolution stops.

Ancient China established a flawless bureaucratic system. Selection through civil service examinations, governance through written documentation, and uniform application of the law. Order was highly perfected, yet this perfection brought stagnation. Resisting change and suppressing innovation, all energy was directed toward maintaining the existing order. Evolution stopped.

The Roman Empire achieved total governance. Law, roads, military power—order reached every corner of the empire. Yet, this completeness brought rigidity. New ideas were excluded as disruptions to the existing order. The empire ceased its expansion and, in time, collapsed.

The Soviet Union aimed for total planning, attempting to plan, predict, and control every aspect of the economy. The attempt was grand, yet the completeness of the plan stripped the system of flexibility. When the unexpected arose, the system could not adapt. The economy ossified, and eventually, the regime collapsed.

All these share the same structure. Order excludes uncertainty, reduces change, and increases predictability. Yet, the conditions for evolution are the opposite: chance, fluctuation, and indeterminacy. When order is perfected, these elements necessary for evolution vanish. Civilization stagnates and, eventually, collapses.

The AI era is an extension of this history. AI is an apparatus designed to perfect order. It excludes uncertainty, increases predictability, and pursues optimization. When this direction is pushed to its absolute limit, what will civilization confront? History has already shown us the answer.

Column C: Autonomous Driving and "Room for Engagement"

As autonomous driving technology advances, the act of driving is removed from human hands. Accidents decrease, traffic congestion is optimized, and transit becomes safer and more efficient. These benefits are clear.

Yet, driving is not merely a means of transit. Driving involves engagement—holding the wheel, pressing the accelerator, choosing the path. It carries responsibility, judgment, and chance. Sometimes, one loses one's way. This engagement gave driving its meaning.

When fully autonomous driving is realized, what will we do inside our vehicles? We will work, watch movies, or sleep. Transit becomes a mere blank space in time. It is efficient, but what lies beyond this efficiency? The room for engagement disappears.

Technology always moves toward automation, reducing human engagement and increasing efficiency. This path is inevitable. Yet, there is a growing question of design: how to intentionally preserve room for human engagement. In autonomous driving, how much engagement should be left between full automation and manual control? This question extends to civilization as a whole: To what extent do we automate, and where do we preserve room for engagement?

Chapter 4: The Extinction of Meaning

Conditions for Meaning to Arise

There are conditions required for meaning to arise: indeterminacy, questions, and time.

Indeterminacy is the state where things are not yet settled, where multiple possibilities remain open. In this state, we think, choose, and engage. Meaning is born of this process. If everything is already decided, there is no need to choose, no need to think. There is no room for meaning to emerge.

A question is a state where an answer does not yet exist. Why? How? Such questions set thought in motion. Without questions, thought stops. In a world where all answers are provided, there is no need to ask. But what do we think in a world where there is no need to ask? Meaning is born within the question.

Time is a state where past and future are connected. Present actions affect the future; past choices shape the present. This connection gives weight to our actions. If time is compressed and everything becomes only "now," the weight of our actions vanishes. Meaning is born within the expanse of time.

Indeterminacy, questions, and time—these are the conditions for meaning to arise.

In a Fully Optimized World, Questions Do Not Arise

Let us once more imagine a fully optimized world.

Everything is optimized. Choices are recommended. Answers are generated. There is no need for hesitation, no need to think, no need to ask.

In such a world, questions do not arise. A question is a state where an answer does not yet exist. But answers are always provided, and AI responds instantly. Before a question can be formulated, the answer is already there. In such a state, how can a question arise? It cannot.

In a world where questions do not arise, thought stops. Thought is that which works in response to a question. Without questions, there is no need for thought, and the act of thinking itself becomes unnecessary.

In a world where thought stops, meaning does not emerge. Meaning is born in the process of thinking, choosing, and engaging. Without that process, meaning cannot arise.

In a fully optimized world, questions do not arise, thought stops, and meaning is not born. The consequence is the extinction of meaning.

What is the Extinction of Meaning?

The extinction of meaning is a state where answers exist, but questions do not.

We often seek answers: What is correct? What should we do? Knowing the answer brings reassurance. This feeling is natural.

Yet, meaning is not born when an answer is provided; it is born when a question is open. When we are searching for an answer, when we are trying to choose—in that process, meaning is born. The moment an answer is given, the question closes, and the process of generating meaning stops.

The extinction of meaning is a state where all questions have been closed. All answers are provided. There is no need to ask, no need to choose, no need to think. It is convenient, but meaning is not born.

A Concrete Example: Answers Exist, but Questions Do Not

Mr. T was considering a career change. He consulted an AI regarding his skills, market demand, and salary expectations. The AI presented the optimal choice. He followed the recommendation. It was efficient. Yet, a few years later, he suddenly wondered: What did I choose back then? He had chosen the path recommended by the AI. But was it truly his choice? Had there been a question? The answer was provided, but had there been an open question? He could no longer tell.

The extinction of meaning occurs quietly. Answers are provided, questions close, and the weight of choice vanishes. The process is inconspicuous, but when accumulated, it leads to a world devoid of meaning.

The Temporal Expansion of Thought

Yet, there is hope. Thought can transcend time.

When the traces of our thoughts are preserved and connected to future contexts, meaning evolves across time.

We think, we write, and we leave traces. These traces reach the future. Someone in the future reads them, interprets them in a different context, and discovers new meaning. In that moment, past thought gains new life. Meaning evolves across time.

This is the generation of meaning that transcends individual life. We will eventually die, but the traces of our thought remain. When those traces connect with someone in the future, meaning continues beyond our lifespan. We might call this "posthumous meaning generation."

This possibility sustains civilization. We attempt to leave something for the future—raising children, writing books, designing institutions. These carry the potential to generate meaning beyond our lives, giving weight to how we live today.

Yet, this possibility requires conditions: the traces of thought must be preserved, and they must connect with future contexts. What happens in a world where these conditions are not met? Thought is merely consumed on the spot, no traces remain, the connection to the future is severed, and the temporal expansion of meaning stops.

 Summary of Part I — The Closing of Civilization is the Cessation of Meaning

Let us summarize Part I.

The closing of civilization is the state where meaning is no longer born.

In a fully optimized world, friction, chance, and questions decrease. AI is an apparatus that observes and determines the world. When order is perfected, evolution stops—history demonstrates this. The conditions for meaning—indeterminacy, questions, and time—are stripped away. Beyond this lies the closure of civilization.

This is not a rejection of AI; AI is highly convenient. The issue is not AI itself, but rather civilization leaning too heavily toward determination. Civilization cannot survive on order alone. When chance, fluctuation, and indeterminacy—the elements required for evolution—are excessively excluded, civilization closes.

In the next part, we will re-examine "indeterminacy." Indeterminacy is not a lack; it is the richest state of all. This shift in perspective is the core of this book.

Questions for the Reader

Can meaning exist without humans?

Part II: The Richness of Indeterminacy

Chapter 5: Indeterminacy is Not a Lack

The Traditional View of Indeterminacy

Uncertainty equals risk. The unknown equals fear. Chance equals chaos.

We have been taught this: the indeterminate is dangerous. What cannot be predicted should be feared. Chance brings chaos. Therefore, we must reduce uncertainty, raise predictability, and exclude chance. This is considered the rational approach.

In economics, risk is something to be managed. Insurance was invented to mitigate uncertainty. In management, planning and prediction are prioritized. In politics, stability is demanded. Our institutions are designed to reduce indeterminacy.

This design is understandable. Uncertainty brings anxiety, the unknown brings fear, and chance brings chaos. Reducing them is rational.

Yet, there is another side to this design. What happens when we reduce indeterminacy too much? This question has rarely been asked.

The Shift — Indeterminacy is the Richest State

Indeterminacy is not a lack. It is the richest state of all.

This sentence upends the traditional view. Not "indeterminacy equals insufficiency," but "indeterminacy equals richness." This shift is the core of this thought.

Why is an indeterminate state rich? Because possibilities are open. Matters are not yet decided, and multiple futures exist. In this state, we think, choose, and engage. When possibilities are open, choice has meaning, engagement has meaning, and meaning is born.

If everything is decided, possibilities are closed. There is no need to choose, no need to engage. That state is stable, but it is not rich. A state where possibilities are closed is impoverished.

Indeterminacy is the state where possibilities are open, and a state where possibilities are open is the richest state of all.

Why It Is Rich — The State of Open Possibility

What does it mean for possibilities to be open?

It means the future has not yet collapsed into a single path. Multiple paths exist, and which one we will choose is not yet decided. In this state, we choose, and that choice carries weight. Why? Because the paths we do not choose will vanish. Choosing is the act of closing possibilities. Yet, if possibilities were not open, choice would have no meaning. If everything were decided, there would be no need to choose. Because possibilities are open, choice is heavy, and that heaviness generates meaning.

Because possibilities are open, there is discovery. We encounter the unexpected and see paths we had not considered. This discovery is impossible when possibilities are closed. If everything is predictable, there is no discovery. Because of indeterminacy, discovery exists.

Because possibilities are open, there is creation. We make things that do not yet exist, and try new combinations. This creation is impossible when possibilities are closed. If everything is already known, there is nothing new. Because of indeterminacy, creation exists.

Because of indeterminacy, possibilities are open. Because possibilities are open, there is choice, discovery, and creation. This chain is what constitutes richness.

Indeterminacy as a Condition for Evolution

Evolution requires conditions: chance, fluctuation, and indeterminacy.

Darwin's theory of evolution showed that accidental mutations determine survival. It is not a planned evolution; chance plays a crucial role. If chance is excluded, evolution stops.

Not only biological evolution, but the evolution of civilization operates similarly. New inventions, new thoughts, and new institutions often arise from chance. While there is planned innovation, many significant changes occurred unexpectedly—accidental encounters, accidental failures, and accidental discoveries. These have driven the evolution of civilization.

Order excludes chance. Plans reduce fluctuation. Optimization minimizes the undecided. These generate stability, but the conditions for evolution are the opposite: chance, fluctuation, and indeterminacy. When order is perfected, these elements disappear, and civilization stagnates.

Evolution depends on indeterminacy. Without it, evolution stops. Therefore, indeterminacy is a fundamental survival condition for civilization.

Civilization is Measured Not by Efficiency, but by Indeterminacy

Historically, civilizations have been measured by productivity, military strength, and technological capacity—how much they can produce, how strong an army they can maintain, and how advanced their technology is. These were the metrics of civilization.

Yet, there is another metric: how much indeterminacy a civilization can preserve.

For a civilization to survive over the long term, it must continue to evolve. To evolve, it requires indeterminacy. Therefore, the sustainability of a civilization depends on its ability to maintain indeterminacy. Not efficiency, but indeterminacy—this is the true metric of civilization.

A civilization pursuing efficiency succeeds in the short term. Productivity rises, and wealth accumulates. Yet, the pursuit of efficiency reduces indeterminacy, perfecting order, advancing optimization, and excluding chance. When this direction is pushed to its limit, civilization loses its capacity to evolve. It stagnates, and then collapses.

A civilization that maintains indeterminacy survives in the long term, keeping a balance between order and chaos, efficiency and margin, determination and indeterminacy. This balance is the breath of civilization.

Inverting the Axis of Thought — From Lack to Richness

From "indeterminacy equals lack" to "indeterminacy equals richness." This shift is an inversion of the very axis of thought.

Traditionally, we believed that reducing indeterminacy was a good. Uncertainty is a source of anxiety; the unknown is a source of fear. Therefore, we believed that reducing them and increasing determination was the direction of progress.

Yet, when that direction is pushed to its limit, possibilities close, questions vanish, meaning is no longer born, evolution stops, and civilization closes.

Therefore, we must re-evaluate indeterminacy. Indeterminacy is not a lack; it is richness. It opens possibilities, serves as the condition for meaning, the condition for evolution, and the condition for the survival of civilization.

This shift is the core of this book, and the most significant turning point for the reader: the transition from "indeterminacy is dangerous" to "without indeterminacy, civilization dies." I want you to feel this transition.

Questions for the Reader

Is preserving meaning an ethical duty? Is maintaining indeterminacy an obligation of civilization?

Column D: Quantum Theory and Indeterminacy — States Are Not Determined Until Observed

The core of quantum theory is that states are not determined until they are observed. Before observation, an electron exists in a superposition of multiple states. The act of observation collapses this superposition into a single state.

This insight can be extended to the level of civilization. Observation equals determination. Determination equals the collapse of the future. Collapse equals the loss of possibility. When civilization is placed under constant observation, possibilities continuously collapse, and the undecided is determined in rapid succession. What lies beyond this?

The Undecided Engine is a mechanism that prevents civilization from entering a "constant observation state," delaying determination and observation, and intentionally leaving time where possibilities remain open.

Quantum theory is a subject of physics, yet its structure connects with the philosophy of civilization. Observation and determination, possibility and collapse—these relationships remain the same at the civilizational level.

Chapter 6: Free Will and the Bifurcation of the Future

The Classical Theory of Free Will

What is free will? This question has been debated repeatedly throughout the history of philosophy.

Classically, there were two extremes: if everything is determined, free will is an illusion, our choices are already decided, and we are merely part of a chain of causality. Freedom does not exist.

Conversely, if everything is random, will is meaningless. Our choices carry no causal weight, existing as random events. Will does not affect the world, and freedom is meaningless.

Determinism and randomness—between these two poles, free will has been debated.

The Undecided View of Free Will

The implications of the Undecided Engine open a different path.

Free will is the capacity to participate in a state where the future has not collapsed into a single path.

In other words, freedom is not about being able to do anything, nor is it about being completely unconstrained. Freedom is participating in an indeterminate future. The future remains open, and multiple possibilities exist. Engaging with that state is what constitutes freedom.

If everything is determined, there is no room for participation; the future is already decided, and we merely flow along with it. There is no freedom.

If everything is random, participation has no meaning; our choices carry no causal weight, and nothing changes even if we engage. Freedom is empty.

Freedom holds meaning within an indeterminate state. The future is open, and our choices shape it. That participation holds meaning, and that participation is freedom.

Freedom equals engaging with the indeterminate.

Indeterminacy is the condition on the part of the world—the world is not yet decided, and multiple possibilities exist.

Freedom is the condition on the part of humans—humans participate in that indeterminate state, choosing, engaging, and shaping the future.

Where the two overlap, meaning generation is born. The world is indeterminate, and humans engage. In this overlap, meaning is born—choices have meaning, engagement has meaning, and the act of shaping the future has meaning. This meaning is the substance of freedom.

The Overlap of Indeterminacy (World Condition) and Freedom (Human Condition)

Indeterminacy and freedom—the condition of the world and the condition of humanity. Their overlap is the site of meaning generation.

If the world were completely determined, human participation would hold no meaning; the future would be decided, and the outcome would be the same regardless of what we did. There would be no room for participation.

If the world were completely random, human participation would hold no meaning; our choices would carry no causal weight, and nothing would change. There would be no meaning in participation.

Meaning is born when the world is indeterminate and human participation carries causal weight. The future is open, and our choices shape it. That participation holds meaning, and that space is the site of meaning generation.

Where Meaning Generation is Born — The Overlap of Both

Where is meaning born? It is born where indeterminacy and freedom overlap.

Without indeterminacy, choice has no meaning. If everything is decided, there is no need to choose. Because possibilities are open, choice is heavy, and that heaviness generates meaning.

Without freedom, participation has no meaning. If our choices carry no causal weight, there is no meaning in choosing. Because participation shapes the future, it holds meaning, and that participation generates meaning.

Where the two overlap, free participation engages with an indeterminate world. In that space, meaning is born. This model offers a new understanding of free will—neither determinism nor randomness, but freedom as participation in the indeterminate. This understanding is the philosophical depth of this thought.

Column E: AI × Quantum — An Apparatus to Delay Determination

AI is an apparatus that observes and determines the world, while the Undecided Engine is an apparatus that delays determination. This contrast is beautiful.

In quantum theory, observation determines the state; unless observed, multiple possibilities exist in superposition. AI observes the world, gathering data, analyzing, and producing answers. In that process, AI is observing the world, and with each observation, possibilities collapse.

The Undecided Engine delays that observation, delaying determination and intentionally leaving time where possibilities remain open. It moves in the opposite direction of AI: AI moves toward determination, while the Undecided Engine maintains indeterminacy.

The two do not oppose each other; they complement each other. Civilization requires order and determination, which Trust OS maintains. Yet, civilization also requires indeterminacy and room for evolution, which the Undecided Engine maintains. The balance between the two is the breath of civilization.

Chapter 7: Entropy and Civilization

Entropy in Physics

In physics, entropy is the increase of disorder. The second law of thermodynamics states that in a closed system, entropy increases; order naturally decays toward disorder. That is the law of physics.

Yet, life appears to oppose this law, creating order. Cells are highly organized, and metabolism maintains that order. Life appears to locally decrease entropy.

Life as an "Intermediate State of Entropy and Order"

Life does not simply decrease entropy; it exists in an intermediate state between entropy and order.

Complete order is death—everything is fixed, there is no change, metabolism stops, and life ends. We might call complete order "thermal death."

Complete disorder is also death—everything decays, there is no structure, and life cannot be maintained. We might call complete disorder "collapse."

Life exists in the intermediate space, creating order while avoiding complete order, changing, adapting, and evolving. This dynamic state is what constitutes life.

Extension to Civilization

The Undecided Engine extends this perspective to civilization.

Civilization, too, exists in an intermediate state between entropy and order. Complete order is the death of civilization—everything is fixed, there is no change, evolution stops, and civilization stagnates. The bureaucracy of ancient China, the rigidity of the Roman Empire, and the planned economy of the Soviet Union are examples of perfected order.

Complete disorder is also the death of civilization—everything decays, there is no structure, no trust, no cooperation, and civilization cannot be maintained.

Civilization persists when it exists between order and disorder—where order exists alongside room for change, stability alongside fluctuation, and determination alongside indeterminacy. This dynamic equilibrium is the survival condition of civilization.

Indeterminacy = The Source of Low Entropy in Civilization

In other words, indeterminacy is the "source of low entropy" in civilization.

Complete order is a state of extremely low entropy, yet it features no change, no evolution, and is close to thermal death. Complete disorder is a state of extremely high entropy, featuring no structure and being close to collapse.

Civilization persists between the two, maintaining order while preserving indeterminacy. Indeterminacy provides room for change and room for evolution, keeping civilization alive. It is the source of low entropy in civilization, mitigating the flow toward complete order and complete disorder, maintaining the space in between.

Civilization as a Dynamic Equilibrium

Civilization is a dynamic equilibrium—a dynamic equilibrium of order and indeterminacy.

If order is too strong, civilization ossifies, room for change disappears, and evolution stops. If indeterminacy is too strong, civilization becomes unstable, trust vanishes, and cooperation breaks down. The balance between the two is the survival condition of civilization.

This perspective is strong from the standpoint of the philosophy of science, connecting physical concepts to the philosophy of civilization—entropy and order, life and civilization. This universality is the strength of this thought.

Questions for the Reader

Are you a humanist?

Column F: Can Civilization Possess Consciousness? — As a Distributed Thinking Entity

Deep within the Undecided Engine lies another question: Can civilization itself become a thinking subject?

If the traces of thought are preserved, connected across time, and meaning generation continues, civilization might behave not merely as a collective, but as a "distributed thinking entity." Individual consciousness resides in the brain, but the "thinking" of civilization is distributed across networks—books, data, institutions, and habits preserve the traces of thought. These traces connect across time to generate new meaning. This process might be called a form of "thinking."

This is not science fiction; it is a domain discussed in network theory and collective intelligence research. Whether civilization possesses consciousness is not yet decided, but the Undecided Engine can function as a meta-cognitive apparatus for civilization, supporting its capacity to remain open, re-interpret itself, and evolve. This perspective demonstrates the broad scope of this thought.

Chapter 8: Where is Meaning Born?

Conditions for Meaning Generation

The conditions for meaning to be born are time, relationship, and indeterminacy.

Time connects the past and the future. Present actions affect the future; past choices shape the present. This connection gives weight to our actions. If time is compressed and everything becomes only "now," the weight of our actions vanishes. Meaning is born within the expanse of time.

Relationship connects the self and the other. We feel meaning by engaging with others, being recognized by them, affecting them, and creating things together. Relationships generate meaning; without them, meaning is difficult to find.

Indeterminacy opens possibilities. Matters are not yet decided, and multiple futures exist. In this state, we think, choose, and engage. Meaning is born of this process. If everything is decided, room for meaning decreases.

Time, relationship, and indeterminacy—these are the conditions for meaning generation.

When Traces of Thought Are Preserved and Connected to Future Contexts — "Posthumous Meaning Generation"

When the traces of thought are preserved and connected to future contexts, meaning evolves across time.

We think, write, and leave traces—books, papers, letters, data. These are the traces of thought, remaining beyond our lifespans. Someone in the future reads them, interprets them in a different context, and discovers new meaning. In that moment, past thought gains new life, and meaning evolves across time.

This might be called "posthumous meaning generation." We will eventually die, but the traces of thought remain. When those traces connect with someone in the future, meaning continues beyond our lives, generating meaning even after our death. This possibility gives weight to how we live today.

Trust OS lacked this perspective. Trust OS dealt with trust, relationships, order, and society. Yet, the possibility of meaning generation across time—posthumous meaning generation—is the new horizon opened by the Undecided Engine.

The Philosophy of Time — Beyond Existence, Relationship, and Trust

Here, the thought enters the philosophy of time—beyond existence, relationship, and trust.

Existence means being here, now. Relationship means connecting with others. Trust means believing in others and being believed in by them. Trust OS dealt with these.

Yet, the Undecided Engine transcends time. Traces of thought connect with the future, and meaning evolves across time. This possibility transcends the time of existence, the time of relationship, and the time of trust. The philosophy of time is a deeper question, transcending these layers.

Beyond Humanism — Preserving the Possibility of Meaning Generation Itself

The Undecided Engine is not a humanist thought. This is an important point.

What this thought seeks to protect is not humans, nor is it society. It is the possibility of meaning generation itself.

Many thoughts protect humans—human dignity, human rights, human happiness. These are important. Yet, the Undecided Engine exists on a different layer, protecting the possibility of meaning generation itself, maintaining indeterminacy, protecting the margin for evolution, and preserving the conditions under which meaning continues to be born. If these remain, humans can live naturally. Without protecting humans directly, if the possibility of meaning generation is preserved, humans have room to live within it. This is a highly refined position.

Conditions Under Which Civilization Generates Meaning Without Humans — Post-Human Civilizational Philosophy

Going further, we encounter a precarious and deeply interesting question: the conditions under which civilization continues to generate meaning without humans. Is this possible?

The Undecided Engine posits that meaning generation continues even without humans. Traces of thought are preserved, connected across time, and meaning generation persists. This process does not assume the existence of humans. Civilization, as a distributed thinking entity, continues to generate meaning. This possibility exists.

If realized, this would be a post-human civilization—an entity beyond humans continuing to generate meaning. This possibility is open.

If not realized, the Undecided Engine ultimately returns to humans—meaning generation depends on humans in the end. This bifurcation is not yet decided, but raising the question itself constitutes the philosophical depth of this thought.

Questions for the Reader

Can meaning exist without humans?

Part III: Undecided Engine

Chapter 9: The Breathing Model of Civilization

What is Breathing? — Inhaling (Order) and Exhaling (Fluctuation)

Consider breathing: we inhale and exhale. If we only inhale, we die. If we only exhale, we die. Both are necessary.

Inhaling is taking in—oxygen, nutrients, order. Exhaling is releasing—carbon dioxide, waste, fluctuation. Breathing is the repetition of this cycle: taking in and releasing, order and fluctuation. This rhythm maintains life.

Civilization operates similarly, taking in order and releasing fluctuation. This repetition maintains civilization. With only order, civilization ossifies; with only fluctuation, civilization collapses. The balance between the two is the survival condition of civilization.

With Only One, We Die — The Survival Condition of Civilization

A civilization of order alone dies—everything is fixed, change disappears, evolution stops, and civilization stagnates. Ancient China, the Roman Empire, and the Soviet Union are examples of perfected order.

A civilization of fluctuation alone also dies—trust disappears, cooperation vanishes, structure dissolves, and civilization cannot be maintained. Both order and fluctuation are necessary.

The breath of civilization is the repetition of taking in order and releasing fluctuation. If we only inhale, we die; if we only exhale, we die. Both rhythms keep civilization alive.

Trust OS Inhales — Maintaining Order, Stability, and Trust

Trust OS inhales, maintaining order, stability, and trust.

Trust OS dealt with trust, relationships, order, and society. Without trust, society collapses; without relationships, cooperation is not born; without order, civilization cannot be maintained. Trust OS maintains these, taking in order, preserving stability, and generating trust. This is the role of Trust OS.

Trust OS is the social OS, necessary for society to maintain order. It represents the "inhaling" part of civilization.

Undecided Engine Exhales — Maintaining Indeterminacy, Chance, and Evolution

The Undecided Engine exhales, maintaining indeterminacy, chance, and evolution.

The Undecided Engine deals with indeterminacy, meaning generation, the temporal expansion of thought, and the conditions for the evolution of civilization. Without indeterminacy, civilization stops; without chance, evolution halts. The Undecided Engine maintains these, releasing fluctuation, preserving indeterminacy, and securing room for evolution. This is the role of the Undecided Engine.

The Undecided Engine is the civilizational OS, necessary for civilization to continue evolving. It represents the "exhaling" part of civilization.

Designing the Self-Evolution Capacity of Civilization — A Proposal for a Civilizational OS

Designing the self-evolution capacity of civilization—this is where the Undecided Engine is headed.

In other words, preserving thought, maintaining indeterminacy, and preventing the future from closing. Designing these as institutions, allowing civilization to possess the capacity to continue evolving itself. Designing that capacity is the proposal for a civilizational OS.

Trust OS is a social OS, while the Undecided Engine is a civilizational OS. Society maintains order, and civilization continues to evolve. These two layers of OS are the survival conditions of civilization.

A Mechanism That Does Not Close the Future

The essence of the Undecided Engine in a single line: a mechanism to prevent civilization from closing itself.

For civilization to close itself means that meaning is no longer born—questions disappear, possibilities close, and evolution stops. Avoiding this state, keeping civilization open, preserving indeterminacy, maintaining questions, and preserving room for evolution—this mechanism is the Undecided Engine.

Questions for the Reader

Are you a humanist? Can civilization transcend humanity?

Column G: Will the Undecided Engine Become a Religion?

The Undecided Engine is not a religion, yet it can possess a structure similar to one.

A religion is a system that guarantees the meaning of the world, a framework pointing toward the future, and a narrative transcending death. The Undecided Engine temporally expands meaning generation, preserves indeterminacy, and guarantees that civilization does not close. The structure is similar.

Yet, the crucial difference is that religion provides "answers," while the Undecided Engine "does not fix answers." Religion offers salvation, while the Undecided Engine rejects salvation, protecting the "openness of the future." Therefore, this is not a religion, but a "philosophy of anti-fixation."

Chapter 10: Contrast with Trust OS

What Trust OS Dealt With

Trust OS dealt with trust, relationships, order, and society.

Without trust, society collapses. We believe in others and are believed in by them; this trust is the foundation of society. If trust breaks down, cooperation is not born, transactions do not occur, and society cannot be maintained.

Without relationships, cooperation is not born. We engage with others and create things together; relationships are the bonds of society.

Without order, civilization cannot be maintained. Rules, laws, and habits shape society.

Trust OS dealt with societal-level problems: the design of order, the generation of trust, and the conditions of stability. These are necessary for society to survive.

What the Undecided Engine Deals With

The Undecided Engine deals with indeterminacy, meaning generation, the temporal expansion of thought, and the conditions for the evolution of civilization.

Without indeterminacy, civilization stops—possibilities close, questions disappear, and evolution stops.

Without meaning generation, civilization becomes hollow—answers exist, but questions do not. This state is the extinction of meaning.

Without the temporal expansion of thought, civilization becomes short-sighted—traces of thought are not preserved, they do not connect with the future, and the possibility of posthumous meaning generation closes.

The Undecided Engine deals with civilizational-level problems: the design of evolution, the preservation of the indeterminate, and the conditions of the future. These are necessary for civilization to survive.

It represents a step upward: Trust OS protects society, while the Undecided Engine protects civilization. The layers are different.

From Social OS to Civilizational OS — Rising Layers

Trust OS is a social OS, necessary for society to maintain order. The Undecided Engine is a civilizational OS, necessary for civilization to continue evolving.

From social OS to civilizational OS, the layer rises. Societal order is maintained by Trust OS, and civilizational evolution is maintained by the Undecided Engine. The balance between the two is the survival condition of civilization.

Questions for the Reader

Is preserving meaning an ethical duty? Is your interest on the social level or the civilizational level?

Column H: Implementing a Civilizational OS — A Simulation

If Trust OS and the Undecided Engine are implemented as institutions, civilization changes as follows:

Education changes—from training to produce correct answers to "training to hold onto questions." Students learn not only to memorize answers, but to formulate and preserve questions.

Economy changes—from maximizing efficiency to "maximizing the margin for trial." Companies prioritize maintaining long-term trial capacity alongside short-term efficiency.

Politics changes—from majority vote to "mechanisms to maintain the undecided." Decisions are not rushed, and room to maintain an undecided state is intentionally preserved.

Technology changes—from automation to "designing room for engagement." Technology does not completely strip humans of engagement, but intentionally leaves room for it.

This is a revolution, but not a violent one. It is a quiet revolution.

Chapter 11: Institutions to Maintain the Undecided

Connection with Institutions — From Philosophical Manifesto to Design

The Undecided Engine must transition from the stage of philosophical manifesto to institutional design: how to preserve, how to protect the indeterminate, and how to institutionalize. These questions mark the next phase.

Thought gains real power when connected to institutions. Trust OS connected with institutions, and the Undecided Engine must do the same. This connection is outlined in this chapter.

Education — From Training to Produce Correct Answers to "Training to Hold Onto Questions"

Education leans heavily toward training to produce correct answers. Tests resolve problems with predetermined answers, and AI presents correct answers instantly. This tendency is strengthening.

Yet, in many facets of life, there are no correct answers—which path to choose, whom to associate with, and what to hold dear. Formulating a question, thinking for oneself, and making a judgment are necessary training.

If education changes, it moves from training to produce correct answers to "training to hold onto questions." Students learn not only to memorize answers, but to formulate and preserve questions—how to face problems with no correct answers, and how to maintain an undecided state.

A Concrete Example: Classes That Hold Onto Questions

In a certain high school philosophy class, students are experimenting with not producing answers. Students formulate questions and debate, but do not reach conclusions, ending the class with the question kept open. Initially, students were perplexed, feeling anxious about the lack of answers. Gradually, however, they began to sense the meaning of holding onto questions—the lack of an answer leaves room for thought, and that room sets thought in motion. Such classes represent training to hold onto questions.

Economy — From Maximizing Efficiency to "Maximizing the Margin for Trial"

The economy leans heavily toward maximizing efficiency—short-term profits, immediate optimization, and the exclusion of waste. This tendency is strengthening.

Yet, long-term evolution requires room for trial, leaving space to try new things and fail. This space generates innovation. If efficiency is pursued excessively, room for trial disappears, everything is optimized, and no room remains to try new things.

If the economy changes, it moves from maximizing efficiency to "maximizing the margin for trial." Companies prioritize maintaining long-term trial capacity alongside short-term efficiency, allocating a portion of budgets to trial and allowing failure. This space enables evolution.

Politics — From Majority Vote to "Mechanisms to Maintain the Undecided"

Politics decides by majority vote; those who win a majority in elections decide. This mechanism is the foundation of democracy, yet majority votes rush decisions, deciding even when debate is not exhausted. Maintaining an undecided state is difficult.

Yet, important decisions sometimes require time, and the undecided state must be intentionally maintained. Not rushing to conclusions and continuing debate can produce better decisions.

If politics changes, it moves from majority votes to "mechanisms to maintain the undecided." Deciding is not rushed, and room to maintain an undecided state is intentionally preserved. For important agendas, an undecided state is kept for a set period before conclusions are reached, during which debate deepens and new opinions emerge, enabling better decisions.

Technology — From Automation to "Designing Room for Engagement"

Technology moves toward automation, reducing human engagement and increasing efficiency. This direction is inevitable, yet intentionally leaving room for engagement is beginning to be demanded of design.

In autonomous driving, how much engagement should be left between full automation and manual control? In AI recommendations, do we accept recommendations as they are, or do we leave room to choose for ourselves? This design determines whether meaning is born.

If technology changes, it moves from automation to "designing room for engagement." Technology does not completely strip humans of engagement, but intentionally leaves room for it. This design is the institutional realization of the Undecided Engine.

How to Preserve, How to Protect the Indeterminate — Institutional Challenges

Yet, institutionalization faces challenges: how to preserve the traces of thought, and how to connect them with the future. These mechanisms are not yet concrete.

How to protect the indeterminate: the pursuit of efficiency always works to reduce the undecided. In this flow, how do we intentionally preserve the indeterminate? This mechanism is not yet concrete.

These are future tasks. This book presents the philosophy; concrete institutional forms must be debated in the next phase. Yet, the direction is shown: holding onto questions, maintaining the undecided, and leaving room for engagement. This direction represents the institutional realization of the Undecided Engine.

Questions for the Reader

Is preserving meaning an ethical duty? Whose responsibility is it to hold onto questions?

Chapter 12: Civilization Does Not Close Itself

What is the Undecided Engine? — A Breathing Apparatus to Prevent Civilization from Closing Itself

The Undecided Engine is a breathing apparatus to prevent civilization from closing itself.

For civilization to close itself means that meaning is no longer born—questions disappear, possibilities close, and evolution stops. Avoiding this state, keeping civilization open, preserving indeterminacy, maintaining questions, and preserving room for evolution—this mechanism is the Undecided Engine.

A breathing apparatus maintains breathing; if breathing stops, life ends. If the breath of civilization stops, civilization ends. The Undecided Engine maintains the breath of civilization, keeping the balance between order and fluctuation, and maintaining the rhythm of inhaling and exhaling. This is the role of the Undecided Engine.

Not a Religion — A "Philosophy of Anti-Fixation" That Does Not Fix Answers

The Undecided Engine is not a religion. Religion provides answers and salvation, while the Undecided Engine does not fix answers and rejects salvation, protecting the "openness of the future." Therefore, this is not a religion, but a "philosophy of anti-fixation."

This philosophy does not impose specific answers, prompting the reader to think and leaving questions open. This margin is the strength of this thought.

The Meta-Cognitive Apparatus of Civilization — Remaining Open, Re-interpreting, and Evolving

The Undecided Engine can function as a meta-cognitive apparatus for civilization, supporting its capacity to remain open, re-interpret itself, and evolve.

Meta-cognition is thinking about one's own thinking. Civilization objectifies itself, questions itself, and evolves itself. This capacity determines the sustainability of civilization, and the Undecided Engine supports it by preserving indeterminacy, maintaining questions, and preserving room for evolution.

Does Meaning Generation Form Without Humans? — The Remaining Question

Finally, a question remains: does meaning generation form without humans?

The Undecided Engine posits that meaning generation continues even without humans. Traces of thought are preserved, connected across time, and meaning generation persists. This process does not assume the existence of humans. Civilization, as a distributed thinking entity, continues to generate meaning.

If realized, this would be a post-human civilization—an entity beyond humans continuing to generate meaning. This possibility is open.

If not realized, the Undecided Engine ultimately returns to humans—meaning generation depends on humans in the end. This book leaves that question to the reader.

A Quiet Wish — Questions for the Reader

The wish of this book is quiet: that after reading, the reader feels the future has opened slightly, and some questions remain. If so, this book is successful.

The indicator of success is not the correctness of the philosophy, but whether it allows the reader to feel the breath of civilization. Please, close the pages quietly, and continue to hold your questions.

Questions for the Reader

After closing this book, where does your view of civilization head?

Final Chapter — The Present as an Observation Point

Civilization moves toward determination. Indeterminacy is richness. Meaning is born within engagement and time. This is the summary so far.

Which way the future will move is not yet decided—the possibility of returning to humanism, and the possibility of advancing to a distributed thinking entity. Both are placed at equal distance.

This book is not an answer; it is an observation at a certain point in time.

Indeterminacy does not stop here; interpretations will bifurcate, and meaning will continue to change.

Yet, this record alone is fixed—as a single point of determination to speak of the indeterminate.

2026  

Observation Record 1.0

End

Afterword

Thank you for picking up this book.

This book began by exploring what it means for civilization to close, and arrived at why indeterminacy is richness. At first glance, these might have seemed like abstract questions. Yet, what this book wished to deliver was that they are connected by a single line: the fully optimized world, and the richness of indeterminacy. Between them lies an essential connection.

This book was written to be a place of return rather than a book merely to be read. When necessary, open it where you need, and return to it as many times as you wish. The questions reside there; answers are not imposed, leaving room for thought.

Finally, one last thing: do not surrender the freedom to continue engaging within a fully optimized world—holding onto questions, maintaining the undecided, and keeping possibilities open. I wish for that quiet freedom.

Appendix

Appendix A: Essay "The Margin That Enables Evolution"

The Undecided Engine is not a technological philosophy, an AI philosophy, or a social philosophy; it is a proposal for the self-preservation principle of civilization, defining the conditions under which civilization does not halt.

Throughout history, civilizations always encounter the same problem: when order is perfected, evolution stops. Ancient China built a perfect bureaucracy but stagnated; the Roman Empire achieved total governance but ossified; the Soviet Union aimed for total planning but collapsed. All share the same structure: order excludes uncertainty, reduces change, and increases predictability. Yet, the conditions for evolution are the opposite: chance, fluctuation, and indeterminacy. When order is perfected, these elements necessary for evolution vanish.

The revolutionary aspect of the Undecided Engine is the idea of civilization preserving indeterminacy as an institution. This has rarely existed in human history; until now, civilizations feared, excluded, and attempted to manage indeterminacy. This thought proposes the opposite: preserving indeterminacy as an institution, intentionally designing the margin that enables evolution. This is the self-preservation principle of civilization.

Appendix B: Essay "The Danger of a Fully Predictable World"

The ultimate danger of an AI society is not a system running amok, nor is it domination; it is a fully predictable world.

In a fully predictable world, questions do not arise because answers are always provided, leaving no need to ask. In a world where questions do not arise, thought stops. In a world where thought stops, meaning does not emerge. In a world where meaning does not emerge, evolution stops, and civilization closes.

AI is an apparatus that observes and determines the world. This capacity is convenient, but when exercised to its limit, civilization approaches a fully predictable world. What lies beyond? Questions do not arise, meaning does not emerge, and evolution stops. We must discern this danger.

The Undecided Engine is a response to this danger, delaying determination, preserving indeterminacy, and preventing the future from closing. This design maintains the breath of civilization.

Appendix C: Positioning in Intellectual History

Where does the Undecided Engine position itself in intellectual history?

The closest is Whitehead's process philosophy: the world is not a fixed existence, but a continuous generation. This thought connects with the Undecided Engine: the world is always in a process of generation, open as something indeterminate rather than determined.

Bergson's philosophy of time is also close: life is an unpredictable flow of creation. This thought connects with the Undecided Engine: both life and civilization exist within an unpredictable flow of creation, and indeterminacy enables that flow.

Heidegger's ontology can also connect: the question of being rejects determination, and being is always open. This openness resonates with the philosophy of the Undecided Engine.

Yet, the crucial difference is that these were philosophies of description—how to describe the world. The Undecided Engine is a philosophy of design—how to design the world, preserving indeterminacy as an institution. This design is the uniqueness of this thought.

© SHIRO & Co.

First published: 2026-03-02