The cosmos is defined as an orderly and balanced system, which is not guided by human or supernatural laws, only by natural law. It is used to refer to elements that exist naturally, mainly those that can be observed in the sky. However, its most frequent use is when relating it to the universe. The discipline in charge of investigating the cosmos is called cosmology.
Cosmology is in charge of studying everything concerning the evolution of the universe, how it is structured and the role of man within it.
The cosmos has certain elements that make it up, among which are:
Space and time: they are considered the basic elements of the cosmos and are distinguished by each having well-defined physical qualities. As primary elements, they do not have many qualifiers to describe them and it is usually their characteristics that are defined with their same name. For example, time is a primary element with a basic characteristic that is rectilinear motion, periodic change between its successive points, that is, time. For its part, space is an element that is characterized by extension, place, etc. that is, space.
Energy: this comes from the fusion between space and time, so it contains the qualities of both primary elements, that is to say that energy represents the action of time moving through space.
Gravity: basically gravity is energy in a focal sense on any energy or material point. Gravity originates both in accumulations of energy points, as in all other gravitational systems such as stars, atoms, etc.
Magnetism: when an accumulation of energy points occurs, a vacuum remains around it, which causes an energy imbalance between the nucleus and this empty contour. To level this imbalance, an energy redistribution force is created that goes from the central core to the empty contour, which we will call magnetism.
Matter: it is only structured energy in gravitational systems, which are characterized by being inaccessible to other gravitational systems, so it gives it a feeling of a stable and strong element.
