Applied Physics and Mathematics Annotation << Back THE SYSTEM OF MEASUREMENTS ON THE EARTH ACCORDING TO THE CONCEPT OF EUCLIDA S.N. GUZEVICH The article considers a natural measurement system built according to the concept and axiomatic of Euclid, using the principles of pairing and comparison when displaying real and field space. The principle of pairing connects the opposites of real and field matter with a single mathematical and physical basis of time and space, built on the creation of pair conditions for comparison, for their separation or unification. A spherical field is an ideal form of space with a constant distributed density, the parameters of which are always equal when they are located symmetrically about its center. Time is a form – an argument for describing the ideal field space, forming a spherical shape in the center of Descartes' coordinates, controlled in two orthogonal planes by parallaxes angles. Time transforms the field of the Earth's core of a spherical shape, located in a three-dimensional coordinate system, into its physical fields in the form of rotating planar sections of a ball, their separation by properties and connection in a measurement cycle, creating material objects. The basis of the "measurements" of linear segments with the help of time is the comparison of the images of physical fields, the equality of their images on orthogonal axes, or the display of equal images in the same phase. The process of interaction in the external and internal space of the Earth's fields is carried out according to the law of the geometric average of the radii of the Earth's physical fields (magnetic and electric), located in orthogonal planes. The difference between the amplitudes and lengths of the electric and magnetic fields in the ball forms a gravitational field consisting of three components orthogonal, respectively, to the amplitudes and lengths of the magnetic and electric fields applied to the surface of their circles and directed along the Descartes coordinate axes to the center of the ball. Keywords: pairing, space, field, time, reliability, parallax angles, plane, orthogonally, object image, comparison, synchronization, synapsing. DOI: 10.25791/pfi m.06.2023.1284 Pp. 53-62.