Essassani Mathematics

Mathematics is expressed as geometry, not equations that use numbers.

For example, humans have an equation that says you cannot observe a particle’s position or momentum at the same time.

• If you measure the position, then you don´t know how fast it´s moving because it´s frozen
• If you measure the momentum, then you can´t measure the position because it´s moving

We express that as a geometric tetrahedal form, four-sided pyramid of equilateral triangles.

The base triangle represents the x,y,z of position

• Because it´s one triangle then you can measure the position.

The apex of the tetrahedron represents the time factor, the momentum factor.

Since it´s not connected to the base you can´t have the momentum at the same time that you measure the position.

If you measure the momentum, your momentum is then measured by the apex and 2/3, two points of the side equilateral triangle, so you don´t have the entire position, but you do have the entire momentum.

So it´s expressed as a tetrahedral structure, geometrically.

We work with different levels of infinities in certain ways that humans express at this time.

A lot of your mathematics shy away from the idea of infinities.

But for us, there are whole number infinities that are different from other whole number infinities.

(Open Contact Part One, 2024)