SC Chapter 10: Why Schooling Needs to Change

Reference: Book II: Subject Clearing

School = Classroom + Study material + Student + Supervisor

Modern life demands students who can think for themselves, not just memorize facts. To support this, schooling must shift away from a “one size fits all” model and toward self-directed learning.

Subject Clearing is an approach that:

  • Restructures study materials so they are easier to learn from.
  • Reorganizes schools to give students more control over their learning. 

These changes help students become confident, independent learners.

Rethinking Study Materials

Subject Clearing asks two simple questions about any textbook or course:

  • Does it move from big ideas to details in a clear, logical order?
  • Is it written for someone studying the subject for the first time?

This is especially important in language and mathematics in the early years, because they form the base for all later learning.

Courses are broken into modules. Each module starts with an overview, then goes step by step to more advanced topics. Lessons inside the module follow a clear sequence and build on each other. For example, a numbers lesson is structured in small, logical steps, as in the sample lesson Numbers

Every lesson includes practice exercises with answers so students can check themselves. Correct answers build confidence; mistakes show exactly where understanding is missing.

After each module, students take a test. They review any wrong answers until the module is fully understood before moving on. Basic skills must be solid before higher‑level material is tackled.

When all modules in a subject are completed, the student has finished the course. From there, they can use Subject Clearing on information they find online and elsewhere to keep learning on their own.

Schools as Self-Learning Centers

Subject Clearing also changes how schools are organized. In a Self-Learning Center (SLC): 

  • Students study at their own pace in an environment designed for self-learning.
  • Rooms are organized by course, not age; students of different ages can work in the same room.
  • A student’s “level” is defined by the module they are studying, not their age.
  • Course supervisors replace traditional teachers; their job is to help students understand the materials.

SLCs welcome students of any age, including those who previously dropped out. The aim is simple: help each student become an effective self-learner. There is no competition between students; the only challenge is overcoming ignorance.

New students start with an introductory talk where they can ask questions. While on course, supervisors check understanding from time to time and test students after each lesson and course. Students are expected to reach full understanding of the material, not just a passing score.

In the course room, students learn to notice when they are confused and link that confusion to specific gaps in understanding. With structured materials and guidance from supervisors, they clear up confusions quickly so the confusions do not pile up and become discouraging. Curiosity and motivation are restored; students no longer need to be pushed or punished to study.

Course materials are available on computers. Students first learn simple word‑clearing techniques, then the broader Subject Clearing approach. The end result is a student who can pick up written materials and learn from them independently.

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SC Chapter 9: Subject Clearing and Education

Reference: Book II: Subject Clearing

Education = gaining Knowledge + Skills + Values

Subject Clearing emerged from an effort to help high school dropouts who had become overwhelmed by academic confusion, especially in mathematics. These students were placed in front of computers and asked to work through math software, yet they made little or no progress. Even individual tutoring often failed, not because they lacked ability, but because the roots of their confusion lay much deeper than anyone had recognized.

The Hidden Nature of Confusion

The central problem was not simple weakness in the current lesson. It was the accumulation of unresolved gaps in understanding from much earlier years. A concept missed in one grade became the shaky foundation for the next, and over time these gaps multiplied until the entire subject felt confused and unmanageable. By the time many students reached high school, they no longer knew what they understood, what they had missed, or where they should begin to repair the damage.

This helps explain why some students eventually conclude that learning is pointless. The subject no longer appears as a connected body of knowledge; it appears as a mass of unrelated demands, symbols, and procedures. Under those conditions, discouragement is not surprising. It is the natural result of trying to move forward without a clear foundation beneath one’s feet.

Why Conventional Help Falls Short

Most traditional help focuses on immediate performance: tonight’s homework, this week’s test, or the topic assigned at the current grade level. That kind of help may provide temporary relief, but it often leaves the true cause untouched. If the real difficulty lies several years earlier, then tutoring the present topic is like repairing cracks in a wall while ignoring damage in the foundation.

Telling students to “go back and review the basics” also fails in many cases. Such advice is too vague to be useful and too discouraging to be accepted. A student who already feels defeated cannot easily return to years of earlier material without a clear map showing where the actual gap lies and why it matters now.

Logical Structure as a Guide

Subject Clearing begins with a simple observation: every subject has a logical structure. It develops from broad, simple ideas into narrower and more complex ones, and each later step depends on earlier understanding. From this viewpoint, a “hole” in understanding is not mysterious. It is a missing or confused step somewhere in that structure.

The challenge is that a highly confused student often cannot identify the missing step alone. In many cases, the student cannot even ask a clear question, because the whole subject feels unstable. The proposed solution was therefore to present the subject in a clear sequence from its earliest premises onward, so that the learner could see the path of development for the subject as a whole. Once that path became visible, the student could begin to notice where understanding weakened or stopped.

This idea was tested through a structured series of math lectures designed to follow the logical sequence of the subject from the ground up. As students moved through that sequence, they began asking more precise and meaningful questions. Instead of saying only that math was confusing, they could now point to a particular transition, definition, or principle that no longer made sense.

That shift was crucial. When learners are given the right structure of a subject, they are able to spot the exact gaps in their understanding that need repair. 

Educational Implications

This approach suggests that study materials should be designed differently, especially in primary and middle school. Rather than presenting topics as disconnected assignments, materials should reflect the exact logical structure of the subject, with each concept clearly connected to what comes before and after. When materials are built in this way, students are less likely to accumulate hidden gaps, and when confusion does arise, it can be traced and resolved more quickly.

An important application of this principle is The Book of Mathematics, which was developed to organize the fundamentals of mathematics in a logical sequence that supports both learning and remediation. These materials have proved effective in tutoring and in helping students recover their footing in math.

The Aim: Self-Learners

The deeper goal of Subject Clearing is not merely to help students pass a class. It is to develop self-learners. A self-learner is a person who can recognize present confusion, trace it back to its underlying gap, and then find or use the right material to repair that gap independently. Such a learner does not allow confusion to accumulate for years; confusion is handled while it is still small and manageable.

This changes the emotional experience of learning. Instead of depending entirely on external pressure, the learner gains confidence in the ability to diagnose and repair misunderstanding. Curiosity remains alive because the mind no longer experiences confusion as helplessness. It becomes a signal to investigate, clarify, and continue.

Self-Learning Clinics

The idea of Self-Learning Clinics grows naturally out of this goal. These clinics are meant to create an environment in which students can work through confusion by following the logical structure of a subject, asking targeted questions, and receiving help at the exact point where understanding breaks down. Their purpose is not to replace thought with instruction, but to train students in the habits of independent clarification.

In this model, the supervisor or guide does not merely deliver answers. The guide helps the learner locate the gap, connect it to the broader structure of the subject, and recover the ability to move forward with understanding. Over time, the student becomes less dependent on rescue and more capable of self-correction.

Foundational Subjects

This method is especially important in mathematics and language arts. These subjects cultivate two fundamental human capacities: precise thinking and precise communication. When the logical structure of mathematics is clear, reasoning becomes more exact. When the structure of language is clear, expression becomes more accurate and coherent.

For that reason, lesson plans in these areas should be built with exceptional care. Any hidden gap in foundational subjects can spread into many other areas of learning, while strong foundations in them can strengthen the student’s entire intellectual development.

Early Promise

Early results and student feedback were encouraging. Some students reportedly said that they would not have dropped out if they had been taught in this way, while others described a new sense of understanding and interest in mathematics. These responses suggest that many learning failures are not failures of intelligence, but failures of sequence, structure, and timely clarification.

Subject Clearing therefore offers more than a remedial technique. It presents a different vision of education: one in which confusion is not ignored, patched over, or treated as personal deficiency, but traced carefully to its source and resolved through understanding. In that vision, the purpose of education is not only to transmit information, but to cultivate learners who know how to restore clarity for themselves.

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SC Chapter 5: The Discipline of Looking

Reference: Book II: Subject Clearing

Looking = Direct Observation Without Judgment

Beneath the practical steps of Subject Clearing sits a quiet discipline. The engine of Subject Clearing is looking — a calm, honest way of paying attention to what is actually in front of you. It asks you to observe carefully without letting expectations or wishes color what you see.

The examples below follow Raj, a man working through his confusion about the stock market, to show each aspect in action.

The 12 Aspects of Looking

1. Observe without being swayed by expectations or desires.

Wanting a certain outcome makes you guess instead of see. But you can only predict the future well once you actually know what’s in front of you.

Example.  Raj wants the market to be simple, so he keeps guessing that “price” and “value” are the same thing — because that would make investing easier. Every time he checks his desire against the actual data, he catches himself projecting instead of observing.

2.  Observe things as they are, without assuming.

Familiarity tricks you into assuming something is a certain way — a belief, a bias, a fixed idea — and that mental picture gets pasted over reality. But familiar things aren’t permanent, and the assumption might just be wrong.

Anecdote.  Raj has “known” for years that bonds are safer than stocks. He assumed this so long he never questioned it. When he finally looks closely, he learns that a bond can lose more value than a stock during a rate spike — his old assumption was just a habit, not a fact.

3.  If something is missing, don’t invent something to fill the gap.

If you don’t know, admit you don’t know. If someone asks a question and no answer comes, don’t manufacture one just to feel complete.

Story.  A colleague asks Raj why the market dropped that morning. He feels pressure to have a smart answer, almost says “probably profit-taking” just to sound informed — then catches himself. He says, “I don’t actually know,” and looks it up later instead of bluffing.

4.  If something doesn’t make sense, don’t explain it away.

Justifying an inconsistency just shifts blame without fixing anything. When you feel the urge to explain something away, get curious instead about what you’re taking for granted — sometimes it takes unconventional thinking to see what’s really going on.

Example.  Raj reads that markets are “efficient” (all information is priced in) yet also “bubble” (prices go crazy irrational). Instead of hand-waving this as “well, markets are just weird,” he digs in and discovers both ideas are true in different timeframes — a genuine insight he’d have missed by explaining it away.

5.  Use both physical and mental senses to observe.

Eyes, ears, nose, tongue, and body sense physical things like chairs and cars. But the mind is also a sense organ — it senses thoughts, feelings, and emotions. Notice both kinds of objects for what they are.

Anecdote.  While reading about “risk,” Raj notices not just the words on the page but a tightness in his chest — a mental/emotional object. That tightness turns out to be tied to a bad investment his father once made. Noticing it is as much “observing” as reading the definition.

6.  Let the mind un-stack itself naturally, in its own time.

Don’t dig for answers or force recall. Just watch what naturally comes up first, then next, then next. The mind never hands you more than you can handle if you let it unfold on its own.

Example.  Raj sits with the word “leverage.” Instead of forcing himself to remember the textbook definition, he just watches — first he recalls his uncle’s story about borrowing to buy a house, then a memory of a friend’s failed business, then finally the technical definition clicks into place on its own.

7.  Experience fully whatever is there

This is the deepest form of looking. Dive into whatever shows up without resisting it. If your mind is racing, experience the racing itself — without adding fuel to it.

Story.  Realizing he misdefined “dividend” for years embarrasses Raj. Rather than brushing past the embarrassment, he lets himself fully feel it — the flush of heat, the urge to justify himself. He rides it out instead of rushing past it, and it passes in under a minute.

8.  Do not hide anything from yourself.

Follow your attention wherever it leads. Don’t dodge something because it feels shameful or painful — suppression is what causes trouble, not the material itself.

Anecdote.  Raj notices a flicker of shame about how much money he lost years ago in a bad trade. His instinct is to change the subject in his own head. Instead, he lets himself look directly at that memory. Nothing catastrophic happens — the shame just quietly dissolves once it’s actually looked at.

9.  Let your mind associate ideas freely.

Looking means being comfortable with thinking itself — let the mind connect ideas on its own instead of forcing a direction.

Example.  Thinking about “bull markets,” Raj’s mind wanders to a childhood trip to a rodeo, then to his grandfather’s stubbornness, then back to market optimism. He lets the tangent run instead of stopping it — and it turns out the rodeo memory helps him remember the term more vividly than any definition would.

10.  Do not get hung up on names and forms.

A name is just a pointer; a form is just one way something is represented. Real understanding goes beyond the label. Fixating on the name can quietly act as a judgment before you’ve actually looked.

Story.  Raj hears the term “hedge fund” and immediately pictures a villain in a movie — a fixed image tied to the name. Once he sets the label aside and looks at what a hedge fund actually does (pooled money, various strategies, risk management), his flat mental picture turns into real understanding.

11.  Contemplate thoughtfully.

With looking, thinking becomes contemplation: looking non-judgmentally at relationships between things, and going out to find missing information rather than straining to force an answer from what’s already in your head.

Anecdote.  Raj can’t figure out why “market efficiency” and “bubbles” coexist. Instead of straining to reason it out from memory, he goes and reads about behavioral economics — new information that resolves what pure “figuring out” couldn’t.

12.  Let it all be effortless.

Effort only shows up when you resist letting things be. Let body and mind unwind at their own pace. Trouble comes from anxiety and digging, not from the material itself.

Example.  Near the end of a long study session, Raj feels the urge to force one more insight before stopping. He notices the urge, lets it go, and closes his notebook. The insight he was straining for shows up on its own, unprompted, the next morning in the shower.

Taken together, these aspects create the open, unhurried state of mind in which confusions can surface and dissolve on their own. They are less a checklist than a way of being with a subject.

“Looking” in Practice

When you’re studying a subject or watching it directly, you might sense some tension or fuzziness. Pause and ask:

“What doesn’t make sense here?”

Then look closer:

“What kind of anomaly is this — made-up filler, a contradiction, or something missing?”

Keep looking, and more detail surfaces. Follow whatever’s unclear until it resolves.

The key is to stay relaxed and let your mind hand you the data — don’t avoid, resist, suppress, or deny any thought, feeling, or sensation. Let it associate and unwind at its own pace, the way Raj let the rodeo memory and the leverage definition surface on their own instead of forcing them.

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SC Chapter 4: Looking at a Postulate

Reference: Book II: Subject Clearing

Resolution = Find the Postulate + Trace the Breakdowns

The Main Idea

Whenever you face a problem, a situation, or an event, the most useful thing you can do is find the core belief — the postulate — behind it. A postulate is simply the basic thought or assumption that shapes what you are looking at.

Once you find that core belief, you have already made the situation much simpler. You can then ask: does anything about this belief seem off, contradictory, or incomplete?

Consider, for example, a long-running conflict between nations. The driving belief underneath it often turns out to be a single, deep fear. That one belief explains a great deal of the situation. Once you see it, things start to become clearer.

Where Does a Postulate Come From?

The honest answer is: we do not know. Just as we cannot fully trace where the universe itself came from, we cannot trace where a basic belief ultimately originates.

We often assume there is a “self” that creates beliefs. But that self is itself just another belief. So chasing after the ultimate origin of a belief is a dead end — it is not where the useful work happens.

The useful work is this: find the belief, find where it breaks down, and follow those breakdowns until the whole picture becomes clear.

How to Trace the Breakdowns

You know something is off when you notice:

  • Disharmony — things are not fitting together
  • Inconsistency — things contradict each other
  • Gaps — something is simply missing

These are your clues. Follow them. Look closely at the areas where things feel the most tangled or confused. The most important clues are things that seem arbitrary — data or actions that do not make sense given the stated belief.

Keep looking, keep tracing, and at some point the whole thing suddenly snaps into focus. You will know exactly what is going on and what to do about it.

Exercises

These exercises help you practice spotting postulates — the basic assumptions that give shape to what you observe.

Exercise 1 — Physical objects:

  1. Look around the room and pick an object.
  2. Ask yourself: what basic assumption or idea gives this object its form and meaning?
  3. Repeat until this becomes easy.

Exercise 2 — Situations in your mind:

  1. Call to mind any situation you are dealing with.
  2. Ask yourself: what is the core belief or assumption that is shaping this situation?
  3. Repeat until this becomes easy.

The core skill here is simple: find the belief, find where it cracks, and follow the cracks. That is how a confusing situation becomes clear.

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SC Chapter 2: Introduction to Looking

Reference: Book II: Subject Clearing

Looking = Seeing things as they actually are.

Subject Clearing starts with the ability to look!

What Is Looking?

The mind’s first job is simply to notice what is there. This is different from thinking about it. Looking is necessary to notice concepts and anomalies.

You don’t need words or labels to know something. When you truly look at something, you are just observing it directly — no analysis, no commentary.

Looking vs. Thinking

Looking is direct, present‑moment awareness of what is there, while thinking is the mind’s activity of interpreting, judging, connecting, or elaborating on what is there.

When you look at something, thoughts will naturally arise. That’s fine. The key is: don’t fight them, and don’t get caught up in them. Just notice that a thought appeared, and keep looking.

Many meditation techniques teach you to blank out your mind or focus on one thought while blocking others. This actually gets in the way of pure looking. Real looking doesn’t require suppressing anything.

The rule is simple: look without judging, without expecting, and without trying to reach any conclusion.

When you do this, you see things as they actually are.

Exercises in Looking

Each exercise below has the same structure: look around the room, notice what your mind does, and simply observe that activity without stopping it.

Exercise 1 — Notice labeling

Look at objects around you. Your mind may say “that’s a lamp.” Don’t stop it. Just notice that it’s labeling.

Exercise 2 — Notice evaluating

Look at objects around you. Your mind may say “that’s an expensive lamp.” Don’t stop it. Just notice that it’s evaluating.

Exercise 3 — Notice conclusions

Your mind may jump to “I would never buy that lamp.” Don’t stop it. Just notice that it’s drawing conclusions.

Exercise 4 — Notice thoughts in general

Look at objects while simply watching whatever thoughts arise. Don’t suppress any of them. Just keep looking and noticing.

Connection to Postulate Mechanics

Every object has an underlying “thought” that the mind uses to model it — this is called a postulate. When you look at an object, you can also look at that underlying postulate. Acknowledge the postulate and any other stray thoughts that appear, then move on. This is the starting point for all of Postulate Mechanics.

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