Our world

What does the world look like as we know it?

First, our world is real, certain, and unique.

Second, the world follows only the most basic laws. The laws we have discovered now are all comprehensive manifestations of this law.

Finally, all matter in this world is in motion and at a constant speed.

That's the answer I gave.

In the world we live in, all kinds of matter follow the same laws, so I wonder why different substances follow the same laws, such as gravity. Could it be that our world is actually formed by the aggregation of the same most basic matter?

Therefore, I assume that all matter is made up of the same and most basic matter, but the form of aggregation is different. This most basic substance is temporarily represented by W, one is to represent nothing, but to represent matter.

It can be said that it was W that created our world from nothing. W and W aggregate into a new whole, which is called the W aggregate. The various particles we currently know as atoms are different aggregates.

There is only the W of movement in this world, and nothing else. No time, no force. Time and force are used to describe the phenomena of the world as we know it. Time is used to describe how fast or slow the polymer moves, and force is used to describe changes in the motion of the polymer.

Note that time and force describe the state of the W polymer, not the W. W has a constant speed of motion, and his path of motion is an invisible "road" in space. For the sake of elaboration, the constant velocity of W is called "W speed", and the invisible path of W along the space of motion is called "W road".

The W velocity is the velocity relative to absolute rest space.

The W path is not fixed, it is affected by the existence of W and constantly changes, and the W path can be regarded as a derivative of W and exists at the same time.

To sum up, my hypothesis is only one point, the source of all things in the world, W, which has a constant speed and moves along the W road.

The world as we know it is the appearance of the W moving along the W Path.