He quickly recalled a wealth of information about higher dimensions.

Let’s not talk about the timeline, just talk about the purely spatial level.

High-dimensional space is actually a multi-dimensional quantized space.

Including microscopic, macroscopic, and cosmic quantized space.

Elementary particles include fermions, leptons, bosons, Higgs particles, etc.

They are all considered by string theory to be composed of one-dimensional strings.

Strings will vibrate in different ways.

In the same way, they will appear as various different elementary particles.

Strings can have endpoints.

It's called an open string.

They can also be connected end to end to form a closed circle.

It’s called a closed string.

There is a theory that.

There is no definite evidence, but it is possible that the graviton that propagates universal gravity is a closed string.

Only in this way can gravitons be propagated in the high-dimensional "brane" space.

Thus, the universal gravitation that links everything in the universe is derived.

Of course, these are just theories.

Mu Cang has not yet found its exact physical evidence.

And the branch of superstring theory in his memory-m theory thinks.

Want to describe the universe.

Use, y, z (three spatial dimensions).

and t (a time dimension).

These are only 4 parameters, which are far from enough.

After a series of complex calculations, at least 11 parameters (dimensions) must be added to more reliably explain many unknown things and structures in the universe.

For example, black holes, white holes, wormholes, gravity, space-time tunnels, etc.

M theory believes that the universe has at least eleven dimensions, or even more.

And these dimensions are all made up of vibrating planes.

Four of the dimensions can be perceived and perceived by humans.

There are more dimensions that the rest cannot perceive or touch.

Just like ultrasonic waves and infrared rays, they float outside the narrow range of human perception.
Chapter completed!