Observation of the MPO

You only Observe the MPO as a point when you Observe it. Quite obvious... But when you do not Observe it it evolves according to its full 7D nature and spreads out in Phase Space like a Cloud. The Initial Conditions for this development are set by the First Observation. If the Observation were accurate it does not leave much freedom for how MPO will evolve.

If you do a Second Observation, at a later Time, the developed MPO Density at that time will distribute the probability of where you will find it. The new Observation will start a development of a new Cloud, from the position where you now observed the MPO.

A Third Observation will in this way be dependent of whether or not you did the Second Observation. But this is not because you changed the MPO, it is because your Observation linked yourself with one possible part of its development.

You only have 3D of freedom, this only allows you to see slices of the Universe. And since Time is moving forward constantly this forces you to navigate the world by making choices. Hopefully reaching the slices of your future that you want to experience.

The Meta-Point Object (MPO)

Every Particle (point-like object) in Space needs to be represented with a multidimensional Object called the Meta-Point Object (by me). The MPO is represented by a Wave Function in Phase Space. It is 7-dimensional; 3D for its distribution in Configuration Space, 3D for the distribution in Momentum Space and 1D for the represtentation of Time.

The MPO exists Everywhere for Eternity. But we only precieve it as a moving 0D (point-like) Particle in the same way as you only see a square if you look at a cube from above. In the case of the cube you see a 2D slice of a 3D Object (the first slice from above). In case of the MPO you see a 1D slice of a 7D object.

Pyhsics and Music

Lately I have been a bit occupied by the similarities between:

1) how Notes of different Frequences build up a Chord, and

2) how Quarks with different Wave Functions build up Particles.

It would be interesting with a system where you could listen to a representation of a particle and figure out what its constituents are.