Existence.
Only what, in many experiments, under approximately similar conditions, provides the same result, exists.
The material points do not participate and cannot be in any experiment, because they can only be conducted in the world of accumulation points, with molar characteristics present, which ones these points lack.
Accumulation Point.
Traditionally, the following definition is given: an accumulation point of a set M — the point x of the topological space X ⊃ M, where any neighborhood of x contains an infinite number of points from M (reference to dictionary). The modified for physics the same definition: point x has molar mass and volume (“space X") and contains the entire Universe ("space M”).
Molar Mass and Volume.
A mole is an artificial quantity used to simplify calculations, such as the amount of substance that contains as many smallest particles as there are in 12 grams of one of the isotopes of carbon — C12. For all chemical substances, this quantity is the same and represents Avogadro's number, which is the number of molecules, ions, or other smallest particles in 1 mole of a substance. The Avogadro number is used in the theory, calculating elements.
Standard Model.
In the Continuation particles and their relationships are not considered, this is not what it does and is interesting in. In this theory there are no electromagnetic and strong, weak interaction, but there is only one force of interaction. From the entire Standard Model, only the fact that photon has no mass is taken.
Minimal Particle.
In the context of this article, the smallest element of everything that exists, and in full agreement with the Standard Model, is considered to be photon, as a massless particle that can only exist when moving at the speed of light: something with less mass than none cannot exist; where light and the photon are one and the same.
The absence of mass makes the photon non-existent in a world where everything has mass. Indeed, the photon has never been observed, for example, photographed, until it encounters a camera; where photography is understood as interaction.
Subjects and objects.
Subjects are the same accumulation points, which are formed from the same photons as objects. For example, the article (reference) says that when considering a pedestrian who, on the way from point A to point B, suddenly turns to point C, the cause for the turn is in the "becoming better"; where "better" is the certain ratio of his molar mass and volume. Consequently, there is no quantative difference among objects and subjects, they are the same.
Space.
Space is understood as the molar volume, like the orisphere in the spirit of Lobachevsky's geometry; where the orisphere is a sphere with an infinitely increasing radius, which makes the molar volume of the orisphere equal to one of the entire Universe.
There are numerous experiments proving the existence of such:
1. The quantum entanglement experiment, when a change in one photon is reflected in a change in another, wherever it is, and where the states of the two are interdependent: one photon is literally the entire Universe.
2. Or displacement current, when the current in the capacitor exists despite the open circuit: the changes in the orisphere of the atom, in one plate of the capacitor, leads to the appearance of a current in the atom of the other side, behind a break in the circuit. The occurrence of a displacement current can be seen even at the other end of the Universe, trillions of trillions of light years away, which proves that an accumulation point is all the Universe.
3. Or the double-slit experiment, when the interference pattern appears on the screen only when the width of the slits approaches the size, due to the ratio of the molar mass to the molar volume for the atom of the slit’s wall. Indeed, if the width of the slots is increased, then the illumination of the screen will increase, but the severity of the minima and maxima of the interference pattern will gradually fall, until it disappears completely. From this experiment follows that the orisphere of an atom is larger than its molar volume.
The double-slit proves that being affected by light (Einstein's photoelectric effect), atoms receive a defect (as increments of their molar characteristics), which leads to the appearance of an interaction force in the striving to get the right number of elements into the slit’s atoms: each the atom captures a photon flying past attempring to decrease or eliminate its defect. The caught photon is included, for example, into an atom’s electron, which followed by the emission of a coherent photon to preserve and maintain the required number.
Since the electron has a spin, the emission does not occur immediately but with a time delay, which is seen as interference fringes.