General Features and Perspectives of A-temporal Gravitation Theory

Space-time is a math model into which one describes motion of massive bodies and particles in space. There is no experimental evidence about space-time existing as a physical reality. With clocks one does not measure time, one measures duration of movement of bodies and particles in space. Time exists only as a material change (movement) of bodies and particles in space. Time does not run into space on its own, space itself is a-temporal. A-temporal physical space is the “stage” (arena) in which stellar objects and elementary particles move. An a-temporal interpretation of gravitational interaction, both inside the classical scheme and from the general relativistic point of view, is proposed. According to classical a-temporal gravitation, gravitational force is transmitted by the density of a-temporal physical space: the material objects move in the direction where the density of cosmic space is increasing. Moreover, the idea of an a-temporal space-gravity endowed with wave nature is proposed, in which the appearance of mass can be seen as an effect of resonance. According to an a-temporal interpretation of general relativity, gravity is transmitted by the density tensor of physical space and its effect is to curve this a-temporal space. All the typical effects of general relativity are linked to the density of a-temporal cosmic space. Finally, a new interpretation of Mach’s principle is shown, in which the density of cosmic space is the fundamental element. Also this principle provides an important clue toward the idea of a radical timelessness in space.