The reality of teleportation remains one of the most controversial topics in the new era. Countless works, one way or another confirming or refuting the possibility of teleportation, are replaced by new ones, no less controversial and emotional.
Today there are two camps - respectively, two types of teleportation.
The first way - more or less realistic - is called quantum.
Its meaning is that a certain channel is created (so far it is called quantum), through which object A transfers its properties to object A1, and A1 duplicates in its parameters A. Then A is destroyed, and its absolute counterpart continues to exist in the place chosen for transfer …
Experiments carried out by scientists at the Aarhus University (Denmark) at the end of September this year proved the practical possibility of such teleportation.
Scientists have achieved a quantum (read energy) connection between clouds of gas located at a considerable distance from each other.
During the experiment, the Danes managed to bind about a million cesium atoms. Communication must entail mutual influence. According to the experimenters, the impact on the original entails a similar change in the copy parameters.
Thus, the channel through which information flows run, the nature of the mutual change of parameters and the purity of transmission will be investigated.
Promotional video:
The next stage of research is the complete transfer of properties and the reconstruction of quantum particles at a distance. In other words, the formation of copies of elements without direct movement of the elements themselves using a quantum communication channel.
Obviously, the results of such experiments can be called teleportation at a stretch. But the very possibility of ultra-high-speed quantum information transfer means, at least, a new era in computer technology.
Quantum physics is still silent about teleportation of something more serious than gas clouds.
In any case, for the future, we found out that quantum teleportation takes place in four stages: (1) scanning-reading of the original object, (2) its "disassembly" -splitting and translation of information about it into some information code, (3) transmission of the code to the place of "assembly", (4) in fact, the recreation is already in a new place.
Even with the most successful developments of this particular type of teleportation, it will not be possible to "transfer" a person in this way. And here's why: firstly, the process of "encryption" and data processing already at the first stage is too long in time, and how long the connection between the "assembly point" and "disassembly point" will remain is still difficult to say, because in Danish experiments the connection thousandths of a second remained between the gas clouds.
Secondly, the probability that the model-structure of the recreated object will preserve the order and organics of the original is negligible. In addition, it is not known what happens to matter immediately before the transfer of information and immediately after materialization.
Further, how will intangible structures behave, for example, those associated with the neurons of the brain and, accordingly, with consciousness? Will the adequacy of the impulse connections in the body, the direction of blood flow, and so on remain, or will the output be something ugly mutated - depending on the humidity of the air and the type of lighting?
It is still to be found out, and, apparently, in the traditional way - from the animate creatures the first to "fall" into the teleport are mice.
The second method of teleportation is called hole teleportation, and it is generally considered more fantastic than scientific. "White crows" who prove its feasibility are ridiculed and called charlatans.
Hole teleportation was invented for a person. By the way, one of its "authors" is Russian Konstantin Leshan.
Hole - implies direct movement of the object, without any copies and recreation. Was here - appeared there.
It can be accidental and, accordingly, provoked. In the first case, a person seems to fall out of the space-time continuum; in the second, he is “expelled” by scientists or walks voluntarily into a hole in the continuum.
The hole theory, in contrast to quantum practice, proceeds from the fact that there are so-called zero-transitions, in other words, holes, which serve as "teleport doors".
These holes are either discovered or created. Such mythological breaks in the smooth body of space-time are mentioned by most mystics and are associated with other dimensions that are inaccessible to human perception. So, smells and voices can be heard from them, but they are not available to direct visual perception.
According to scientists, this is the safest way of teleportation for humans, since there is no “disassembly” of the body, the integrity and structure of the body is preserved.
One of its main drawbacks is the uncertainty of the place of materialization. According to the hole theory, an object cannot completely fall out of the continuum, proceeding from the axiom about conservation of energy, but it is difficult to say whether the teleported one will turn out to be on the territory of Teletubbies.
There is evidence of people returning aged after an accidental hole teleportation - they could not clearly tell anything.
The "hole" theory quite easily operates with hypothetical concepts, side by side with the theory of the unevenness of space and time. Its showiness and artistry are captivating, but the simplicity of the description is alarming.
Regarding the unscientific nature of this theory, it can be noted that any discovery has the right to a path from delirium to banality.
Be that as it may, it seems that teleportation of objects in 50 years will still become possible, but expensive, and therefore will not spread among the masses.
But with a person you will have to wait. In the case of quantum teleportation - maybe before the appearance of chips, in order to remove them before teleportation and insert them into a second copy after - the probability of errors in the reconstruction of the molecules of the teleported brain is too high. In the case of a hole, you will have to wait until the holes show themselves at least with some certainty - say, as in the movie "Window to Paris".
Anna Bolotova