日本語 ｜ 繁體中文 ｜ English ｜ 한국어 ｜ Tiếng Việt
Atlas holds up the heavens.
With both arms, he takes on the weight of the world.
“Why doesn’t the sky fall?”
The ancients did not answer this question with equations.
Instead, they stood a single Titan beneath it.
Greek myth is not a fairy tale.
How is the world made?
What moves the world?
It is the trace of an attempt to answer those questions with stories.
It was physics, before it became equations.
The same human being stands before the table
A pool player stands before the table.
Strikes the cue ball.
The ball rolls.
It collides with another ball.
The angle changes.
It meets a cushion and rebounds.
Spin takes hold, and it traces a curve.
Angle of reflection.
Momentum.
Friction.
Rotational motion.
Every phenomenon in a physics textbook is happening on the table.
But the player isn’t solving equations.
The body knows
No player works out the relation between the angle of incidence and the angle of reflection with an equation before shooting.
No player derives the curvature from spin with a differential equation before getting down, either.
Yet the ball moves just as pictured.
Why?
Because the body knows.
Over thousands, tens of thousands of shots, the body has learned the physics.
“At this angle, with this force, on this spot on the cue ball, it moves like this.”
It is stored not as knowledge, but as feel.
Just as the ancient Greeks sensed the laws of the world without knowing any equations.
Pool players understand physics not through equations, but through the body.
The force that binds, the force that parts
There was a philosopher named Empedocles.
He divided the fundamental forces that move the world into two.
A force that binds.
A force that parts.
Those, he believed, were the two workings that move the world.
Watching the table, I find those words coming to mind.
Balls crowd together in a cluster.
That is “binding.”
On the break, the balls scatter.
That is “parting.”
The player reads the binding and designs the parting.
When to break them up.
How to break them up.
And once they’re broken, how to build it all back up.
A philosopher speaking of the laws of the world 2,500 years ago, and a player reading the layout at the table.
What they are doing feels, somehow, alike.
A small gravity on the cloth
Gaia was the goddess of the earth, who received all things.
The pool table, too, has a force you cannot see.
A ball always stops rolling.
Friction quietly brings it to rest on the cloth.
Even the fastest ball stops, sooner or later.
Reading that “place where it stops” is one of the essences of pool.
Players know the unseen resistance of the cloth through the body.
On humid days, it plays heavy.
New cloth is fast.
Well-worn cloth has its quirks.
They don’t measure any of it in numbers.
They sense it in the feel at the moment of the stroke, and in how the ball rolls.
Just as the ancients felt Gaia’s pull on their skin.
The question of beginnings
Hesiod called the beginning of the universe “Chaos.”
An empty void stretching without end.
From it the earth was born, and the night.
They didn’t know the words “Big Bang.”
Even so, they faced the question: where did the world begin?
Pool players, too, face the same question every time.
The moment the rack breaks and the balls scatter.
On a table like chaos, they try to find order.
Where to begin.
How to build it.
Out of chaos, one ball at a time, they make a world.
Mystery, and the knowing body
I have no intention of making pool into something divine.
Still, there is something mysterious about this sport.
On a table ruled entirely by the laws of physics, a human being works those laws by bodily feel alone.
Embodying physics by instinct, without equations.
Greek myth was physics, before it became equations.
Pool may be a sport of remembering equations with the body.
Even without equations, human beings have tried to read the world.
A single ball rolling across the table is still teaching us how that story goes on.
👉 Pool is an art. — On the ball that asks a question.
👉 See the Yokohama Billiard Hall Guide
