Reality cannot be found except in One single source, because of the interconnection of all things with one another. ... It is a good thing to proceed in order and to establish propositions (principles). This is the way to gain ground and to progress with certainty. ... I hold that the mark of a genuine idea is that its possibility can be proved, either a priori by conceiving its cause or reason, or a posteriori when experience teaches us that it is a fact in nature. (Gottfried Leibniz, 1670)

Brief Summary: Wave Structure of Matter

The Wave Structure of Matter is a very simple and sensible way of describing reality that clearly corrects a lot of past errors and problems of human knowledge.

Basically summarized, the current science paradigm of representing matter as discrete 'particles' that generate 'fields' in 'space-time', while useful, is only an approximation of reality, and it causes numerous problems because of this. (This is well known, and explains the academic foundations of our postmodern culture of no absolute truths).
To correct these errors it is necessary to reject the 'particle' conception of matter (as Einstein did, see below) and describe matter in terms of Spherical Standing Waves in Space that cause the particle effect at their Wave-Center.

The Metaphysics of Space and Motion and the Wave Structure of Matter is founded on One Principle which describes One Substance, Space, and its Properties as a Wave-Medium. Matter Exists as Spherical Standing Waves in Space.
The discrete 'particle' effect of matter is formed by the Wave-Center of the Spherical Standing Waves.
Time is caused by wave Motion (as spherical wave motions of Space which cause matter's activity and the phenomena of time).
Forces / Fields result from wave interactions of the Spherical In and Out Waves with other matter in the universe which change the location of the Wave-Center (and which we 'see' as a 'force accelerating a particle').

Effectively we are combining the Absolute Space assumed by Newton (1678) with the spherically spatially extended structure of matter as assumed by Albert Einstein in his Theory of Relativity (1905 - 1916) and the scalar wave properties of matter discovered by Schrodinger and de Broglie (foundations of Quantum Theory, 1928).

Two further points are important here to correctly understand these central concepts of the Wave Structure of Matter.

Firstly, Newton's Absolute Space was considered a 'background' reference frame for the motion (and acceleration) of matter 'particles'. Thus in Newton's Space matter did not affect Space (matter was somehow separate as 'particles'). Einstein rejected the 'particle' conception of matter and tried to unite matter and Space (and time, gravity) as one thing, by representing matter as continuous spherical fields. So in Einstein's relativity matter does affect Space, as matter and space are united (i.e. matter is spherically spatially extended and represented as a spherical field).
The Wave Structure of Matter agrees with Einstein, Matter and Space are one and the same thing (there are no 'particles'), and thus matter does affect space and its properties. The central difference is we are describing matter in terms of Spherical Waves in Continuous Space, rather than Einstein's (failed) field theory of matter as Continuous Spherical Fields in Space-Time.

Secondly, and this is mainly to physicists, it is important to recognise that there are two very different types of waves used in physics, the vector electromagnetic waves developed by Maxwell, which describe both a quantity and direction of force, and the Scalar waves of Quantum Theory, which are described by a Wave Amplitude only. The Wave Structure of Matter, which describes matter as Spherical Waves in a physically real Space, requires the use of the Scalar Waves from Quantum Theory (as Physicists would know, there are no spherical solutions for vector electromagnetic waves - which is why Richard Feynman had such problems!)