What is Matter?

Ninety-nine percent of who you are is invisible and untouchable.

Buckminster Fuller

What we call matter is composed of conjugate gyroscopic toroidal standing waves and hyperboloid vortices of etheric pressure. The fundamental atomic mass element is the quasi-particle building block called a proton (or, in its more dielectrically charged state, a neutron). By itself, this manifests as hydrogen, or more specifically, protium (~75-85% of the matter in the universe and ~2/3 of the atoms in your body). The various chemical elements and their isotopes are simply compounds of these quasi-particles in more or less stable geometric/pressure/vibrational configurations and molecular combinations.

There is no energy in matter other than that received from the environment.

Nikola Tesla

Matter is formed by EMR frequencies so high and corresponding wavelengths so small that they collapse in around themselves and spin. That is why there are no EMR frequencies above gamma. EMR is a longitudinal coaxial polarization with the proton as its spheroid high-frequency limit.

Just like a hurricane does not exist as separate from its environment, the energy of an atom is just the localization of the energy of a larger system. Like bubbles of steam in water, they are the same essential material but in different pressure conditions.

I do not admit the idea of vacuum interspersed amongst matter, but I consider that matter is interspersed in a vacuum and floats in it.

Roger Joseph Boscovich

The Two Sides of the Physics Coin

There are two main co-principles at work in the physical universe:

1. Dielectricity: contracting acceleration toward inertia. Dielecricity is counterspacial, centripedal, radial, and electrostatic.
2. Magnetism: expanding force and motion toward circulation. Magnetism is spacial, centrifugal, circumferential, and polarized.

Where attraction ends, there, with a change of distance, repulsion begins.

Roger Joseph Boscovich

Dielectricity and magnetism are like two sides of the same coin. They are both ether pressure modalities. Like principles of yin and yang, they don’t exist separately, but rather make up every whole as inversely proportional and orthogonal to one another. They are not opposites, but rather conjugates.

At the atomic level of the “standard model of particle physics”, dielectricity is called the “strong nuclear force” and magnetism the “weak nuclear force”. The various flavors and colors of “quarks” they say compose “hadrons” (protons/neutrons) are said to be mystically bound to each other by this strong force. In reality, such “quarky” descriptions are reifications of pressure modalities.

As regards attraction and repulsion… Both kinds of force belong to the same species; for one is a negative with regard to the other, and a negative does not differ in species from positives. That the one is negative with regard to the other is evident from the fact that they only differ in direction, the direction of one being exactly the opposite of the other; for in the one there is a propensity to approach, in the other a propensity to recede; and just as approach and recession are positive and negative, so also are the propensities for these equally so. Further, that such a negative and positive belong to the same species, is quite evident from the principle the greater and the less are not different in kind. For from a positive by continual subtraction, or diminution, we first obtain less positives, then zero, and finally negatives, the same subtraction being continued throughout.

Roger Joseph Boscovich

Mass and Magnitude

Mass is a result of dielectricity, whereas magnitude is a result of magnetism.

Mass is measured as resistance to change in momentum. Protons/neutrons are called “mass particles” because they are like tiny spinning gyroscopes with a singularity of dielectric condensate and flywheel of dielectric condensate at their center that resist changes in their counterspacial angular momentum.

Magnitude is a measurement of size. The magnitude of a proton/neutron is the diameter of its magnetic footprint / boundary condition. One hydrogen atom (single proton) has a radius of about 53 picometers. One helium atom (two protons and two neutrons) has a radius of about 31 picometers. Helium is about four times as massive (“heavy”) as hydrogen, but has a smaller magnitude/spacial footprint due to interaction of the more polarized protons with dielectrically dominant neutrons in its nucleus.

Space and Counterspace

Space is the vector of phenomena, counterspace is the fulcrum of phenomena and is the inertial plane or membrane of the Ether from which all phenomena are manifest in space.

Ken Wheeler

Space is the rarified volume between the counterspacial dielectric singularity at the center of a mass particle and the swirling/pulsing magnetic boundary condition around it. It is the after-effect of magnetic expansion/rarefaction from a counterspacial origin in the universal etheric medium. Since the ether surrounds all matter, it is also like a counterspacial membrane where electricity “flows”. (As for electrons and the metaphorical “charges” that such “particles” are said to “carry”, I will save that for a separate post on electricity.)

(Note: In contrast to this perspective of space as an extension of or divergent discharge from etheric counterspace, the term “space” is often used to talk about a universal/relative three-dimensional cartesian location/position/distance/volume reference framework as well as to refer to the ether / “vacuum” environment itself absent matter or outside the Earth’s atmosphere (as in “outer space” or “interstellar space”).)

Spin and Precession

There is only one kind of spin, but watching something spin from different perspectives results in descriptions of spin as “clockwise” or “counter clockwise”. As the expanding-contracting pressures comprising a proton/neutron swirl/vibrate against and with each other at the naturally ubiquitous “golden” or “divine” ratio of 1:phi, it also causes precession at a rate known as the Larmor frequency (~43 MHz for protium), which is the basis for how MRI machines work.