Light is all we need to exist.

Dimensions are ratios of    C^2    and    G       

G is a counter-reaction to       C^2;    no     C^2       means no       G.

C^2 and G are inseparable.

It follows that no C^2   >>>    no space   (no DIM) .

The larger C^2,    the larger G    (and vice versa).

But the smaller C^2 and G,   the larger the    DIMs.

The closer C^2 approaches zero, the larger the DIM (space).

This gives us a clue about how the timeless behaves in the universe.

We could make the mistake of imagining the timeless in the universe as an infinitely small point.

But that is also a place, and the timeless does not occupy any space.

The laws, which are also timeless, do not occupy any space, are not dependent on place or time.

That is precisely why they can operate in the universe, anywhere and at any time.

The proof is obvious.

Everything that exists is there because of the laws.

The countless grains of sand on our earth exist because of the effects of the laws.

Every grain is there because of the same laws that apply at any place on earth and at any moment.

Once again, we try to record the properties of the laws we discover with formulas,

but these notations have no power; they do not enforce the law.

Every law will unalterably carry out everything according to its own logic and adapt to every circumstance

also according to its own logic.

The laws are not dependent on time; they are eternal and unchangeable, which means

that the universe will exist forever.

Because of timelessness, you exist, and then forever, or you do not exist, and then also forever.

Through the operation of the laws of light, which are timeless (eternal) and formless and require no space,

the universe exists as a physical entity.

If C^2 could be equal to zero, then there would be no DIM, space, or time.

This is timelessness. But C^2 can never become zero because it is inseparable from G.

(no C^2 >> no G >>> no DIM) Because C^2 occurs, no matter how small it may be, G exists and there is space DIM.

C^2 cannot enter the timeless because of the influence of G.

C^2 can also never reach the ultimate, where time stands completely still, for the same reason as G.

Therefore, C^2 cannot go beyond the boundaries of the universe; where C^2 is,

there is also G, and together they form space, the universe, over and over again. DIM = C^2 / G