DANIEL ASSA
Israel. Givatayim, 90 Shenkin St. 5330801
Email: AssaDany@Gmail.com Blog: DanielAssa.com Cell. 972-52-6553999
Israel. Givatayim: September 21, 2023
The Universe: Chapter 3 – Time (part c)
Velocity – The higher the velocity of spatial motion of the Moving-Matter, it bumped into less Space-Bodiesper unit of spatial distance.Or in fact, less Time elapse on the Moving-Matter. In physics terms, Time has slowed down. The degree of deceleration is not linear, but is subject to the equations of the Theory of Relativity. This description explains, for example, why Time does not elapse for someone moving at the speed of light, at this velocity (the highest possible for Matter). The probability of encountering Space-Bodies tend to zero.
Formulated according to the simple basic equation S=V·T, S-the measured distance is a constant number, increasing the velocity V immediately results in a slowing down the Time T.
Let me be clear: both the above equation and the one described in the next paragraph are not proof of the correctness of my hypothesis about the formation of Time. The purpose of presenting the equations and their accompanying interpretation is to show that there is no contradiction between my hypothesis and the equations of conventional physics.
Gravity – According to the Theory of Relativity, Gravity affects the curvature of Space, that is, affects the geometry of Space-Time. In terms of my own understanding of Space – the stronger the Gravity, the higher the density of Space-Bodies. Hence, when approaching the center of Gravity, the density of Space is greater, Matter will feel more Space-Bodies per unit distance, its velocity will decrease, until it comes to a complete stop at an infinite curvature. The phenomenon is particularly notable in a Black Hole due to the enormous density of Space-Bodies; the Matter has no ability to move. Hence, inside a black hole, Time stands still.
Again, due to my painfully limited mathematical abilities, I will use basic equations.
As you know, Gravity according to Einstein is equivalent to acceleration, so I will use an equation for motion in equal acceleration.
The basic equation for motion in equal acceleration in a straight line is:
v=v°+at whenv is velocity of Matter, v° is Initial Velocity, a is Constant Acceleration and t is elapsed time.
The Velocityv is the distance s that matter passes in time t. v=s/t
Let assume for simplicity that the initial velocity of Matter is 0.
The equation will look like that: s=at²
Meaning: in a given distance, the stronger the acceleration/Gravity is, the more elapsed Time is slowed down. If we go back for a moment to our Black Hole, then in the huge Gravity of a Black Hole, Time stands still and Matter as no moving ability.
Who was first?
My hypothesis that Time is a measure of delaying of Matter by Space-Bodies, and my hypothesis that the basic motion in the Universe is actually motion at immediate velocity, explain puzzling physical phenomena. For example: Why doesn't Time elapse when reversing the direction of motion of a small Moving Matter that has hit a large and massive body? The answer is that at the Time of the solstice, the Moving Matter was not in motion, so it does not meet the Space-Bodies and therefore Time does not elapse. This is not a violation of the law of conservation of motion because at the point of inversion, Motion Energy has become Potential Energy and nothing is lost. The equation is now clear: if there is no motion, there is no Time. The order of things is very important – the Motion is the primaeval, in its absence simply no Time elapses.
The dependence of Time on motion is also the reason why the question of what happened before the Big Bang is meaningless? The answer is simple: the entire Universe, which was then the contents of the Big Bang, was motionless and therefore Time did not exist. Time derives from the motion and without it would not exist.
The position and motion of a Moving Matter in Space-Time (an Event as defined by the Theory of Relativity) are expressed by us in the language of mathematics in terms combining two types of dimensions:
Spatial dimension – split into three subdimensions, longitudinal (height) axis, width axis and depth axis. This is a dimension measured by a ruler and a direction gauge. The spatial dimension has a minimum dose of measurement, determined by the size of the smallest unit of Matter, probably on a similar order of magnitude to Planck's length which is 1.62 meter multiplied by 10 to the power of minus 35. The distance between two points is multiples of this unit. Motion in Space is free, Allowed and unrestricted in all directions.
Temporal dimension – will be detailed later in Part D of this chapter.
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