The velocity and amplitudes of space waves.

[Rob Peritz]

The velocity and amplitudes of space waves.
How big is a wave in space?
How fast does a wave in space travel?


PLEASE NOTE:
Any and all posts or sections of posts pertaining to this topic will be moved to the top post of this thread. You will be “noted and quoted” if your description can be applied to “the most simple language for describing Reality, founded on One thing existing, Space, with Properties of a Continuous Infinite Eternal Wave Medium.” - Haselhurst

[Aireal]

Wave Velocity

Science has shown that the speed of light is the max speed at which a wave can travel. Mach's principle shows that this max speed is based on the finite size and mass of the universe we live in. So unless something slows a scalar wave down, it will travel at the speed of light through space.

Wave Amplitude

Milo, in his paper on the electron, used Mach's principle to show that a wave amplitude equal to the electrons wave amplitude was the base wave amplitude for the universe.

One important wave physics principle often overlooked when this wave energy is discussed is; The Superposition Principle. The principle of superposition states that when two or more waves meet in the same medium, the instantaneous displacement of the medium is given by the algebraic sum of the instantaneous displacement of the individual waves. This is a basic principle which relates a number of wave phenomena including interference, standing waves, and resonance.

Due to the large number of waves in space, constructive and destructive interference of the waves will occur. Thus the wave amplitude for any given point in space can vary greatly, depending upon the amount of mass nearby. A nearby sun has a larger wave amplitude than a nearby atom.

[haselhurst]

Wave velocity is higher with higher wave amplitude.
This is the foundation of charge effects.

Wave velocity is lower for higher space density (square of wave amplitude).
This is the foundation of mass / gravity effects.

The wave center must always reposition itself in the direction of slowest incoming waves (think about this).

This is the cause of all matter interactions / forces / fields.

Whenever in wave velocity changes, this changes (at some time in the future) the position where the wave center forms, so it it the change in wave velocity that is the real cause of change in 'particles motion / acceleration.
This relates to F=m.a

We (other WSM group I am in) are working on exact calculations at the moment.

Hope this helps a bit,
Geoff

[Steve Anthony]

Hi Geoff,

[Steve Anthony]

Ah, would this be the law of attraction?

The slower the in-coming wave, the denser the object, and so wave-centres are greater attracted the denser an object becomes (greater mass). Mass attracts more mass.

Would this be because the slower a wave is, the more time it has to gather other wave-centres around it?

In extremely long periods of time, this would account for what we observe as Galaxies.


~S~