# Time

We think we know a lot.

I never knew there were birds with tiger heads.

Pucker up for something even stranger.

We know everything about time, right?

The odd thing is, nobody can explain it. Nobody.

I hope you are treading fast, because the pool runs sideways here.

Time is not absolute. Not even close. The parts we measure are parts that we think into being, and then take for granted as permanent.

In The Universe, there is no time, literally. We try to apply our time scales to it, but it just doesn’t work. Nothing fits. We try to pretend time fits by applying large numbers and complex equations, because large numbers and squiggles on paper impress everybody.

What we sense as Time is a consequence of the fractal geometry of the universe. Fractals are immune to absolute measurement. Fractal constructs scale beyond imagination, and the ways we try to apply time measurements become meaningless.

Human derived time scales are based on what we define as absolute standards, like how fast we think stuff vibrates. However, dimensional density variance vary is the norm of the universe, the way stuff appears to vibrate varies according to the local dimensional density and therefore the local physics.

As a result of variable local physics, there are literally no standards and no absolutes.

Time inside a bowling ball is not the same as time in the air we breath. A clock running at your head runs at a different rate from an identical clock running at your feet.

That’s why our clocks don’t work well in variable dimensional densities…especially dimensional densities that are very large, or very small. We have to add or subtract fudge factors or add new legends to explain why our measurement of time doesn’t work everywhere. It’s a hot mess.

Here’s the real skinny on time;

Time is a consequence of how biologics sense dimensional density variations. More precisely, time is an artifact of the presence of Higgs Chains, combined with a biologic mechanism that interprets them, or tries to.

Higgs Chains appear to propagate through dimension as apparent waves. When Higgs Chains are present, they create differences in Dimensional Density that displaces stuff in fractal patterns.

We invent time to measure the differences between what our senses interpret as waves, and the changes in Cartesian Coordinates of stuff in the Higgs Chain field.

That’s why we invented time in the first place, to try to measure from one wave feature to the next. Waves seem to add and subtract from each other, as they scoot around.

The more you know about Binary Dimension Theory, the more that time begins to look like a bird with a tiger’s head.

But don’t worry. There is a way to understand it.

Really big waves, really teeny waves, it makes no difference, because they are fractals scalings of each other, and we are slowly learning how fractals work.

It is really simple, honest. About time, huh?