1. Basic thesis

 

1.1.      A space is the fundamental substance („raw material“) from which everything is composed. All bodies and all phenomena in the Universe have their origin in the physical properties of space. A space is the cause, the originator, the creator, the participant, the mover, and the mediator of all physical phenomena.

1.2.      The physical properties of space are the primary (fundamental) cause of all physical phenomena. Bodies are spatial anomalies. Phenomena describe the behavior of bodies. Physical rules [1] dictate what consequence must occur in space after a certain cause. The same physical rules must apply (must be valid) to all physical bodies in all size levels of space (the Universe). Only the rules for a physical fractal pressure system satisfy this condition.

1.3.      When we attribute its correct (true, real) physical properties to space, then a logical and uninterrupted chain of phenomena results in the fact that the Universe must look as it does and behave in all frames of reference of space according to the rules described in this book.

 

1.4.      A space is non-homogeneous, spherical, non-symmetrical and dynamic. A space completely fills the entire volume of the Universe. A space is a fractal system of physical densities and physical pressures. A space forms a unity of high-pressure particles and low-pressure particles. A space is continuous, and all phenomena within it are continuous. The space (VSU) is unlimited (VSU shell cannot be found). The fundamental physical phenomenon in space is sedimentation.

1.5.      Non-homogeneous means that the density of space [2] is different in every region and at every moment and cannot be the same in two regions. Non-homogeneity of space is the fundamental (prime) cause of all physical phenomena.

1.6.      Spherical means that through the process of sedimentation, space continuously „sorts” individual bodies (particles) according to their spatial density and pushes them into non-enclosed density spheres (layers) to which they belong based on their spatial density. Non-symmetric and non-closed spheres of density create a kind of spherical „onions” in space, composed of non-closed layers with increasing or decreasing density of space (Fig. 2.1.). A space is spherical, and all bodies within it are spherical. [3]

1.7.      Non-symmetrical (asymmetrical) means that no body or region in space cannot be divided into two identical parts with identical properties. [4]

1.8.      Dynamic means that the density of space is changing in every area at every moment. The physical processes occurring in space cannot be stopped or reversed.

 

1.9.      A non-homogeneous space differs only in its density. It has no other option. Density of space is a fundamental physical unit. The density of space is always a positive number. The maximum density of space is finite (density floor). „Empty space“ (so-called „vacuum“) does not exist (by definition).

1.10.   To different densities of space correspond to different physical pressures in inverse proportion. Pressure (temperature) is a fundamental physical unit (by definition). The greater the density of space, the lower the pressure within it. The lower the density of space, the higher the pressure within it. Pressure always point from an area of higher pressure to an area of lower pressure (basic rule). The physical pressure is always dynamic. [5]

 

1.11.   From the difference in densities in (non-homogeneous) space, a difference in pressures arises in inverse proportionality. From the difference in pressures, a surface emerges (is created, is formed) in space. The surface is a pressure organ. Pressure on the surface induces movement. Movement increases the pressure impulse, by which one surface can influence another surface. Pressure, surface, and movement are consequences of spatial non-homogeneity and cannot be separated from each other (basic rule).

 

1.12.   Physics is the science of the space and anomalies in the space. Space is primary, anomaly is secondary. An anomaly in space is called a body. A body is a region in space bounded by a surface area (shell) in which the density of space is different from that in the space (environment) surrounding the body (by definition). The existence of physical bodies is a logical consequence of the non-homogeneity of the space.

1.13.   A particle is a fundamental „simple“ body in space (by definition). The existence of particles is a logical consequence of the non-homogeneity of the space. A particle is a non-homogeneous, non-symmetric open body bounded by a continuous set of dynamic surfaces of (fractal) spiral toroids. ^[6] A particle begins on the outer (centrifugal) side of its surface layer (shell) and ends at the center of the body (by definition). Due to the fractal nature of particles, it can be said that each (superior) particle is composed of (sub) particles.

1.14.   A particle is a physical fractal pressure system. A particle can have the character of high-pressure particle or low-pressure particle. Each high-pressure particle has a surface (shell) made of low-pressure particles. Each low-pressure particle has a surface (shell) made of high-pressure particles. In the center of each high-pressure particle, there is a channel with low pressure (cumulus). In the center of each low-pressure particle, there is a channel with high pressure (eye). A space forms a continuous unity of high-pressure particles and low-pressure particles. One cannot exist without the other. The continuous unity of particles forming space is called plasma. (by definition)

1.15.   Every particle has five fundamental parts (Figure 3.3. b). Beneath the outer shell, there are two (non-symmetrical = unequal) hemispheres („northern“ and „southern“), separated from each other by an equatorial countercurrent. The hemisphere with lower pressure has a smaller volume and forms the tip of the particle. The central channel (V) passes through the center of the particle. All parts are continuously interconnected, and a change in any of them is reflected in all the remaining ones.

 

1.16.   The surface area (shell) of a particle is a necessary condition for the existence of that particle. The density of the space within the shell must differ from the density of the space inside the particle as well as from the density of the space in the environment surrounding the particle. The shell of the particle is a continuous part of space (environment), but for clarity, we assign it to the particle. The shell defines the particle (spatial anomaly) from space (environment) and also from other particles. Between two particles bounded by their shells, there must always be space that separates these particles from each other.

1.17.   The physical surface (shell) of an body (particle) has volume. The shell of a particle has two sides. Centripetal (directed toward the center of the body and centrifugal (directed away from the center of the body). The pressure from the centripetal and centrifugal sides of the shell is always different. In low pressures, the centripetal pressure acting from the shell is higher than the centrifugal pressure (Fig. 3.3. c). In high pressures, the centrifugal pressure acting from the shell is higher than the centripetal pressure.

 

1.18.   Simple bodies (particles) join into clusters and together create composite bodies. Due to the fractal nature of space, it is possible to consider the composite body of particles as a simple particle in a higher reference frame. All particles are governed, in all frames of reference of space, by the same simple rules, valid for fractal physical pressure systems. [7]

1.19.   The body cannot be separated from space, and space cannot be separated from the body. The space (composed of particles) that surrounds the body (also particle) is called the environment (by definition). The environment can exist in two states. The environment can have character a low-pressure particle (the pressure decreases towards the center). The environment can have a high-pressure particle character (the pressure increases towards the center). With respect to the environment, the body can have the character of low-pressure particle or high-pressure particle. A body that has a similar density to the environment becomes a part of the environment (Fig. 4.5). All changes inside the body are the result of environmental pressure on its surface. The bodies are „held together“ by environmental pressure. [8]

1.20.   The interface between space (environment) and the body is not sharp. The environment in which the body is currently situated (located) determines the properties of the body. The body has no influence on its own properties. Because space is dynamic, the properties of the body are different in every location in space and at every moment. The properties of the body cannot be transferred from one region to another region. Bodies with static (unchanging) properties do not exist. No two bodies can have identical properties. The properties of the body cannot be assessed separately from the environment (basic rule).

 

1.21.   The main cause movement of bodies in spherical space is the process of sedimentation. The fundamental trajectory in spherical space is a fractal spiral. The driving force behind the movement of the physical body is always (dynamic) space. Physical bodies (spatial anomalies) move because the space (environment) that surrounds them moves. The movement of a body is always a consequence of the pressure exerted by the surface areas of the particles of the environment [9] on surface of the body. Allowing oneself to be carried by the current is the most efficient way of movement (basic rule). The body always moves in the direction from which the least pressure is exerted on its surface (basic rule).

1.22.   A particle that has a similar spatial density to the particles of the environment (with which it is „neighboring“) is a continuous part of the environment and moves „synchronously“ with the surrounding particles. A particle that has a different space density than the space density of the environment in which it is located moves relative to the particles of the environment and has the character of a physical wave. [10]

 

1.23.   Space has a strictly material essence. Matter consists of two fundamental components. Matter = plasma + mass (by definition). Plasma is a volumetrically predominant form of matter. Plasma fills the entire Universe (VSU) continuously and without the residue. Plasma = continuous unity of high-pressure and low-pressure particles. The particles are open (unenclosed) physical pressure systems that can continuously change their spatial density. The particles are rotating, have a central channel (V), but have not a nucleus. Rotating (dynamic) particles constantly transform themselves from one state to another. No two particles are identical. Plasma is not mass (by definition)! Plasma never has mechanical mass-weight (by definition).

1.24.   Atoms are mass (by definition). Atoms constitute an exceedingly small volumetric component of matter. Atoms always occur in a mixture with plasma. Atoms are closed bodies composed of unenclosed particles. Atoms do not rotate, do not have a central channel, but have a nucleus. The spatial density of an atom's nucleus reaches (always) the density floor. Each atom is different. No two atoms are the same. Under exceptional conditions, atoms can exhibit the illusion of (mechanical) mass-weight. [11]

1.25.   Depending on the view of the surface area, bodies composed of atoms can be understood as mechanical bodies or physical bodies. The mechanical surface of a body composed of atoms is the sum of the surface areas of all atoms forming the surface of the body (by definition). In the environment of mass liquids and gases, a fixed mechanical surface area does not exist. The physical surface of a body composed of atoms is the sum of the surface areas of all the atoms forming the body (including atoms inside the body), (by definition).

 

1.26.   Physics is the science about space. Because bodies are spatial anomalies, physics is also the science of bodies and their mutual relations. The relationships between space and bodies (spatial anomalies) and the relationships between bodies with each other (through space) are governed by the fractal geometry of spherical space. Due to the fractal nature of space and all bodies in it, the fractal geometry of spherical space is able to describe and explain all physical phenomena at all size levels of space. [12] No „theories“ are allowed in „Physics of space“.

1.27.   Every physical phenomenon must have a cause. An effect without a cause is meaningless. The basic cause of all physical phenomena is the non-homogeneity of space. If a physical phenomenon contradicts „common sense“, it cannot be considered valid. Using mathematical methods based on Euclidean space and the Cartesian system leads to errors in spherical space. The „proofs” by using these methods is insufficient. [13]

1.28.   Each physical frame of reference must contain, in addition to bodies, also the material environment in which the physical phenomenon takes place. The environment always forms a superior reference frame for the body. The body cannot be a reference frame for the environment in which it is located. The properties of bodies and their movement must always be related to a certain frame of reference. The Universe forms the superior (universal) reference frame (VSU) for all other (subordinate) reference frames. [14]

1.29.   Each body must have („non-zero“) surface area and volume. A body or an area in space cannot acquire two physically contradictory properties at the same time. [15] A body cannot be in two places at the same time. Two bodies cannot be in the same area (same space) at the same time. No two bodies can be identical, nor have identical properties.

1.30.   Bodies (spatial anomalies) are a continuous part of space and cannot exist outside of space. Bodies cannot be „removed“ from space. Bodies cannot be „inserted“ into space. Bodies cannot „appear”, nor can they „disappear”. No body or phenomenon can be „neglected“ in fractal space. Bodies do not arise or disappear, they only transform (basic rule). Matter cannot be „made”, matter cannot be „destroyed”. Matter exists and is always transforming.

1.31.   There is no empty region (the so-called vacuum) in space. There is no fixed (static) region in space. There is no region in space that is homogeneous, or where linearity and symmetry apply. No area can be isolated (separated) from (continuous) space.

1.32.   All physical quantities are always positive. Negative numbers, zero, infinity, point, straight line, plane, attraction of bodies, material point (mass-point), vacuum, time, particles with static properties (electrons, protons...) are false illusions (non-material mathematical constructs) that do not exist in the real (material) world and they cannot be used to replace physical bodies or attribute properties to physical bodies using these false illusions. By adding these immaterial illusions to the real (material) physical system, it becomes absurd, it ceases to make sense from a physical point of view. The use of these false illusions or their derivatives is prohibited in „Physics of space“.

1.33.   Only the present exists in space. All events that took place no longer exist and cannot be return. All events that will occur in the future do not yet exist. Where is no past, is no beginning, where is no future, is no end. [16]

1.34.   No physical phenomenon can be expressed (described) completely and exactly. No physical phenomenon can repeat itself twice in the same form. There is no absolute method of measuring anything. „Physics of space“ is not an exact science.

 

1.35.   Note 1.1. All physical phenomena in the Universe (VSU) are a consequence of the physical properties of space. Inside (VSU) there cannot exist a (subordinate) area (bounded by the shell) which would be a permanent source of pressure (heat). For (VSU) itself, it is true that SOMETHING cannot be taken from (VSU), nor can SOMETHING be put there. All pressure phenomena that take place in (VSU) also remain there. The total sum of pressure does not change in (VSU). The physical properties of space do not change. The temperature (pressure) floor does not change.

 

1.36. Reality and illusion, (SOMETHING x NOTHING)

 

1.36.   A necessary condition for an objective study of the physical properties of the Universe (nature) is the ability to critically check the process by which we obtain information about the external world (the world outside our body).

1.37.   The external world consists of physical space. Our body (and our brain) is also a continuous part of this space. The external world cannot be physically stored in the brain. Only the illusion (image) of the external world that our senses give us can be stored in the brain. We also take on other people's illusions.

1.38.   Physical space has a strictly material nature. The existence of matter is a consequence of the physical properties of space. Matter (plasma + atoms) continuously and completely fills the entire Universe. Matter cannot be created, matter cannot be destroyed. Matter exists and transforms itself from one state to another.

1.39.   When we call the matter SOMETHING, then idea (illusion) in our brain is only NOTHING. SOMETHING always comes from SOMETHING. SOMETHING cannot come from NOTHING. SOMETHING has volume and surface area. SOMETHING can act on another SOMETHING only by acting the pressure of its surface area on another surface area. [17] SOMETHING has physical properties and is subject to the rules of the fractal spherical geometry of space.

1.40.   The illusions in our brain are NOTHING. They are only an „image“ of SOMETHING. Illusions need a material carrier, but illusions (information) themselves do not have a material nature. NOTHING has no volume and surface. NOTHING has no any physical effect on SOMETHING. NOTHING (illusions, fabrications, „theories“) has no physical properties and is not governed by any rules.

 

1.41.   The process of learning about the external world has several stages. We first examine the bodies of the external world with our senses. Then we name the body or phenomenon. We store the concept (term, name) and the information assigned to it (properties of the body and its behavior) in the brain as an illusion of a body or an illusion of a phenomenon. If a body or phenomenon is not (accurately) named, it cannot be „grasped“ with thoughts, worked with and shared with other people. [18]

1.42.   With material bodies that we can directly „touch and smell“ with our senses, there is a lower risk that the difference between the illusion (picture) of the body „in our brain“ and the real body in the space „outside our brain“ is too different. If the illusion in our brain coincides with a real body or phenomenon in space, it can be said that it is a „illusion true“. [19]

1.43.   When the illusion of a body in our brain differs from a body in space „outside our brain“, or even in space there is no such body or phenomenon, we speak of a „illusion false“.

1.44.   For bodies or phenomena that are beyond our senses because they are too small, too large, or too distant, we have to rely on some devices (instruments), and take over the illusions of other people (scientists) who have such devices. There is a great risk that some individual was based on false historical foundations or misinterpreted the information from the instruments. His illusions are false. Yet such illusions false are adopted and propagated for various reasons. [20]

1.45.   A illusion true may (or may not) give rise to another illusion true. A illusion true cannot arise from a illusion false. If we start from incorrect assumptions (illusions false), we cannot get the right results (illusions true).

 

1.46.   „Gravity“ (so-called attraction of bodies) is the result of a tragic illusion false where the „attractive force“ is located inside the body (perpetual mobile). Bodies are not the source of any forces! Mechanical mass-weight is not a consequence of the imaginary (non-existent) Earth's gravitational force! Nature cannot attract (pull), nature can only press (push)!

1.47.   „Vacuum“ = „homogeneous“, static, empty space. NOTHING that has volume. „Zero” sparse space = infinite pressure. The infinite pressure will crush everything in the Universe. The „vacuum“ shell must have an „infinite“ density. But the density of space is finite.

1.48.   „Mass point“ = an absurd „body“ with no volume and no surface area (NOTHING). The point cannot move. The point cannot have mechanical mass-weight. Every „mass point“ regardless of its (imaginary) „mass-weight“ always has an „infinite“ density. The process of sedimentation of „mass points“ cannot be imagined in a „homogeneous“ vacuum. [21]

 

1.49.   Current „physics“ is still based on mechanics and adopts its false illusions. The mechanics cannot be changed, but the origin of the false illusions it operates on can be explained. Mechanics is a separate discipline and must be completely separated from physics. Physics must be built on real (true) foundations!

1.50.   The mechanical „laws“ work (approximately) only in the limited frame of reference of the mass core of a planet with a solid surface, in a small area (where the illusion of linearity can be applied), below the stratopause, for solid mechanical bodies that are one or more density layer away above the density layer to which they belongs due to their density of space. In liquids, gases and in Universe (above the planet's stratopause), mechanical „laws“ do not work. The physical rules described in this book apply throughout the Universe to all physical bodies (plasma and mass) in all frames of reference at (all size levels), including complex biological systems.

 

1.51.   Universe is not a mechanical system and is not governed by mechanical principles (so-called Newton's „laws“) or their derivatives. A space (Universe) is a system of physical densities and pressures and is governed by the rules of the fractal spherical geometry of space, described in this book. [22]

 

1.52.   Note 1.2. Fractal physical pressure systems are governed by simple rules in all reference frames of Universe. This makes them easier to analyze.

1.53.   The denser the space, the lower the pressure in it. The sparse the space, the higher the pressure in it. Pressure (heat) always spreads (spirally in waves) from an area of high pressure to an area of low pressure. The driving force behind all physical phenomena in space is always high pressure. Every physical pressure system has (must have) five basic parts that always have the same function.

1.54.   When in some physical frame of reference are regions with a small volume and high density of space surrounded by regions with a large volume and low density of space, we know where the driver of physical processes is. [23]