The physical world in which we live is a three-dimensional world whose dimensions are a longitudinal axis in relation to which objects are in front of or behind us, a horizontal axis in relation to which objects are
The physical world in which we live is a three-dimensional world whose dimensions are a longitudinal axis in relation to which objects are in front of or behind us, a horizontal axis in relation to which objects are to our right or left and a depth axis in relation to which objects are above or below us. We can reach these objects by Straightness or crookedness depends on the existence or non-existence of obstacles in the direction of our movement. Another dimension is the dimension of time in which we do not move, but feel the changes taking place in our bodies because we grow older.
These are the dimensions we are familiar with and which we feel with the help of our senses. On the face of it, other dimensions do not exist because we are unable to feel them due to limitations that prevent our senses from distinguishing them. But and but this is very important. It must be understood that this objective inability does not mean that other dimensions do not exist. Does our inability to, for example, see infrared light or hear sounds at frequencies beyond our hearing threshold mean that they do not exist? The fact of the existence of these can be confirmed with the help of appropriate equipment such as spectroscopy or ultrasound devices. It is important to remember that this equipment checks the existence of these in the field of dimensions familiar to us.
In terms of dimensional characterization, all the objects in the world in which we live, whether it is the macro world or the micro world, starting with galaxies and ending with the atomic particles, all have volume. They extend over the three dimensions. Their position in relation to each other can be traced as well as their movement. In relation to the atomic particles, it is necessary to bring Taking into account Eisenberg's certainty brother principle. Each and every point can be described using three numbers, each of which refers to the other dimensions. This characterization is defined as a tensor. According to Harpaz, "a tensor is defined according to its rank and the number of components of the tensor is the number of dimensions" (Harpaz 23:1988). In a 7-dimensional space, for example, the rank of the tensor She is 7.
One of the accepted conventions among those dealing with the possibility of the existence of additional dimensions is that their number is 10. If we refer to the basic phenomenon regarding the dimensional characterization of objects, every object has three physical dimensions and the fourth dimension is time. From the point of view of the logic of things, any object that can exist in any combination of 3 Dimensions that are perpendicular to each other and in the dimension of time process phenomena occur such as maturation among living beings and wear and tear when it comes to objects. If at the same time as our world there are objects in 3 other dimensions with their own time dimension without question they will sense each other's existence, these are parallel universes.
A two-dimensional object in our world is an object drawn on paper. However, if the object that perceives volume exists but apparently lacks another dimension (which cannot be perceived by the senses), it is very possible that its third dimension is in the same area of the dimensions outside the contact of our senses. The object in this state is in simultaneously in two universes.
Here we are faced with a phenomenon that requires reference in itself and is an interface between parallel universes. What is this interface and what can its meanings be? The accepted meaning of an interface is in geometry an interface between circles.
An interface is that point where two circles touch each other. From the dimensional point of view, an interface between circles is a point of contact between one two-dimensional body and another two-dimensional body. We define this point as a one-dimensional space. It can only exist on a plane. The only practical place Where this interface can exist is on the sheet of paper on which the circles are drawn. If there are parallel universes in each of which there is a combination of 3 dimensions and a time dimension, the interface is between worlds with 3 dimensions each. Since the interface between circles is a common point the interface between these universes is in the form surface. This interface point is defined as a two-dimensional space. If we go one step further, then this interface is a kind of transitional window that allows for two-dimensional movement between these dimensions. When the window is closed, no difference will be felt in the continuum of the universe in which they operate. You can look forward without any interruption. If this window is opened, at any time that the landscape behind it is open and that belongs to the world in which we work is not visible. A question that can be asked and to which I doubt if you will find an answer today, is how long can this transition be open and what keeps it stable until it closes?
What is the size of the dimensions hidden from us? One of the estimates was that they are very small, smaller than a molecule and it's a good thing, otherwise we cannot exist (odenwald web: 1984). On the other hand, a claim was made that they are larger to the point of tangible sizes of 1 mm (b Weiss we). One of the problems with which they try For years we have been dealing with the expansion of the universe. What is the limit of expansion? There is a claim that if the universe is closed, the gravitational force of all the known matter in the universe and of the energy will eventually slow down the expansion and cause it to collapse. In an attempt to deal with this problem, there are cosmologists who have come up with a new idea and that is that the acceleration in the expansion of the universe is influenced by another location (Glanz web: 15.2.2000). Where is this universe? This refers to the universe that is outside the boundaries of our universe and is pushing it, which raises another question of what causes it to push it. This universe is in other dimensions. If this option is correct, the size of the dimensions is of a size that can be perceived by us at least cognitively. It may be that the size of these dimensions is beyond millimeters, which means that their existence is of the order of magnitude of physical objects. If this is indeed the case, it may be that in these dimensions is the missing material that astrophysicists have been looking for for years.
If we go back to the transition window between parallel universes, in theory there is a possibility of a two-site transition between them. Objects can move from one location to another and return to their origin universes. To the extent that life exists in the parallel universes and they are intelligent and high in technology, they may have knowledge that allows these windows to be opened. This idea It seems to be suitable for science fiction. From the perspective of the observer of this kind of phenomenon, he may see objects appearing out of nowhere and disappearing nowhere and probably also some kind of aura delimiting the frame of the transition window. It may be, and it is said very carefully, that the stories of the sudden appearance and disappearance of people whose counterparts are found in legends and myths, are some kind of evidence of the programming of the phenomenon.
Sources
Harpaz A. - Concepts in the theory of relativity, published by Sefrit Hapoalim 1988 190 p.
Odenwald S.-"Does space have more than 3 dimensions"
Weiss P.-"Hunting for higher dimensions"
