Quantum Superposition, Decoherence, and Wave Function Collapse

Superposition is the ability of a quantum thing to exist in multiple states simultaneously.

Decoherence is when that thing loses its superposition.

This causes it to manifest as one state as a collapse of its wave function.

Modern Physics is totally confounded by this.

Cartesian-Spinoza Physics, on the other hand, can explain them as the effects of the spatial dimension, which Descartes calls the 2nd Element.

We introduce 3 versions or ‘modes’ of space and time:

1. Spacetime
2. Aetherspace
3. Timespace

Spacetime

Spacetime is already somewhat known to Physics as a 4-dimensional continuum. However, we clarify that it is actually made up of 2-dimensional slices separated by Planck length.

Aetherspace

These spacetime slices exist as a wave in a probabilistic space called the aetherspace. This makes them coherent and is why our reality progresses sequentially smoothly instead of being choppy or laggy.

It is the aetherspace that limits both spacetime and light to a certain speed.

Timespace

Timespace is the 2-dimensional line that is emitted from every identity in spacetime. This creates the “arrow” of time.

We can say that timespace is the ‘glue’ that stitches spacetime together to create a 4D continuum.

Interactions between quantum things cause these slices to be decoherent. This makes their wave function collapse according to the timespaces that interact in that aetherspace, putting them in a single state to be processed by Classical Mechanics, among others.

Cartesian Relativity and Teleportation of Masses

Since Cartesian Relativity is based on state-change and is not limited by the speed of light, it can predict how this wave function can collapse.

This is essential in the teleportation of masses across vast distances of spacetime, and is already done by UFOs.

So Cartesian-Spinozan Physics gives us a chance to catch up with advanced species. This proves that humans are not a hopelessly laggard or inherently dumb species.