Reference: Postulate Mechanics

What Does Science Say?

Scientists have some big ideas about how the universe works. Here are the main ones:

1. No matter where you stand in the universe, it looks pretty much the same in every direction — like how a bowl of oatmeal looks the same no matter which side you look at it from.
2. The rules of physics (like how things move or fall) work the same everywhere, as long as you’re not speeding up or slowing down.
3. Light always travels at the same speed, no matter how fast you are moving. Nothing can change that.
4. Heavy things (like stars and planets) bend the space around them — kind of like a bowling ball sitting on a trampoline makes a dent.
5. That bent space is what makes other things curve toward the heavy object — that’s what we call gravity pulling things in.

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What Does Postulate Mechanics Say?

Postulate Mechanics is a different way of thinking about the universe. Here are its main ideas:

1. Everything in the universe is made of substance — and substance comes in three kinds: Matter (stuff you can touch), Energy (like light and heat), and Thought (the stuff of mind and awareness). We know the universe is real because we can sense it.
2. This substance has five important qualities: Space, Time, Inertia, Motion, and Gravity.
3. Space and Time give substance its shape and how long it lasts — like how a sandcastle has a size and exists for a certain amount of time.
4. Inertia and Motion are about how things stay centered and how they move — Inertia is like the natural “home position” of something, and Motion is how fast or slow it moves around that center.
5. Gravity keeps whole groups of objects — like planets in a solar system — balanced and stable together.

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Where Does Science Get It Wrong?

Based on Postulate Mechanics, here are some places where Science might be missing something:

1. Science only counts solid stuff and energy as real “substance.” It leaves out Thought completely, because it doesn’t connect substance to our ability to sense things.
2. Science thinks of Space and Time as a kind of stage the universe sits on. Postulate Mechanics says they’re actually part of substance itself — like how wetness is part of water, not a separate thing.
3. Science doesn’t explain Inertia very deeply. Postulate Mechanics says Inertia comes from a natural spinning inside every bit of substance — like a spinning top that wants to stay upright.
4. Science says there’s no “special” resting place in the universe. But Postulate Mechanics says the enormous Inertia of giant black holes actually does act like a fixed reference point for everything else.
5. Science says the speed of light is constant, but doesn’t fully explain why. Postulate Mechanics says light travels at a constant speed because of its Inertia — Inertia controls how fast things move.
6. When you push something, Inertia brings it back to its normal state once you stop pushing. Science sees this, but doesn’t explain it as Inertia doing the job.
7. Just like Inertia keeps a single object balanced, Gravity keeps a whole group of objects (like a solar system) balanced together. Science describes gravity but doesn’t see it this way.

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The big takeaway: Science and Postulate Mechanics start from different basic ideas — and those different starting points lead to very different pictures of how the universe works.

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Reference: Postulate Mechanics

Have you ever wondered what everything around you is made of? Not just rocks and water, but also sunlight, and even your own thoughts? It turns out the universe is made of three big things: matter, energy, and thought.

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Matter

Matter is all the stuff you can touch and hold — like a rock, a chair, or a glass of water. It has a set shape and it stays put unless something moves it. That’s called inertia — it’s like how a heavy backpack doesn’t just fly off your desk on its own.

If you break matter into smaller and smaller pieces, you eventually get to something called an atom. Atoms are so tiny you can’t see them, but everything solid around you is made of them. If you break an atom apart even further, it stops acting like regular matter.

Matter can be solid (like ice), liquid (like water), or gas (like steam), depending on how hot or cold it is.

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Energy

Energy is the opposite of matter. Instead of sitting still, energy is always moving and spreading out. Think of light from the sun or the heat from a campfire — you can’t hold it in your hand, but you can definitely feel it.

Energy moves in waves, kind of like ripples on a pond. It comes in tiny packets called quanta (one is called a quantum). That’s the smallest “chunk” of energy possible.

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Thought

This one might surprise you — thoughts are a kind of substance too! You can’t touch a thought, but you can sense it in your mind. A thought starts as a tiny idea (called a postulate) and then grows into bigger ideas, theories, and conclusions as you think things through.

Thoughts have their own kind of “space” and “time” — like how a really big idea can feel like it fills up your whole mind, or how you can get stuck on a thought and just can’t let it go.

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Putting It All Together

Most scientists only think about matter and energy as “real” things. But this chapter says thoughts are real too — they are a third kind of substance that makes up the universe.

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Reference: Postulate Mechanics

What Is Postulate Mechanics?

Have you ever looked up at the night sky and wondered, “What is all of this?” You are not alone. People have been asking that question forever. Postulate Mechanics is a way of trying to understand how the universe works. It starts with three big ideas:

1. Deep down, everything wants to know.
2. When we don’t know something, we make a guess to get started.
3. We learn things by paying attention to what we see, hear, touch, taste, and smell.

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When We Don’t Know Something

Sometimes we just don’t know an answer. That’s okay! A really old poem from India, called the Rig Veda, talks about this. It asks: how did the universe begin? Did it make itself? Does even God know? It is perfectly fine to say “I don’t know” — that is actually the start of learning.

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Making a Good Guess

When we don’t know something, we start with a guess. In science, that kind of guess is called a postulate. A famous scientist named Einstein made a postulate that the speed of light is always the same, no matter what. From that one guess, he figured out an amazing set of ideas called the Theory of Relativity.

A postulate helps us build a bigger explanation — called a theory — that ties lots of facts together and helps us predict new things.

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How We Learn

Think about learning as building a tower:

• First, your five senses pick up sensations — like the warmth of sunlight or the sound of a bird.
• Then your brain puts those sensations together into perceptions — you recognize it as a sunny day with birds chirping.
• Then you connect many perceptions into bigger ideas called conceptions.
• Finally, all of that builds into knowledge — your personal “map” of the world.

So everything you know started with something you sensed!

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The Big Picture

For things we can touch and weigh, scientists use Classical Mechanics. For tiny particles and energy, they use Quantum Mechanics. Postulate Mechanics is for something even bigger — thought itself. It tries to connect everything — matter, energy, and thought — into one consistent picture of reality.

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