In science fiction literature and films, you can see how spaceships equipped with a warp drive travel through the Universe: just press the magic red button to be on the other side of the Galaxy. Probably, each of us at least once dreamed of becoming the commander of such a “magic ship”, but not everyone thought about whether teleportation actually exists or is it just an unrealizable fantasy from a fairy-tale world that science fiction writers paint in bright colors? What are scientific justification this phenomenon? Has the move been documented? There are always more questions than answers, but every modern person will be interested in trying to understand this topic.

A bit of theory

The word "teleportation" comes from the Greek "tele" ("far") and the Latin "portare" ("carry"). This phenomenon is a lightning movement of objects at a distance (from one point in space to another) by changing their initial coordinates. When teleporting, it is impossible to describe the trajectory of a moving object by a continuous function of time: the transition is instantaneous, objects should not occupy intermediate positions. It's not just moving the glass from point "A" to point "B". This is the teleportation of the state of the object, its properties.

On the this moment scientists distinguish three main hypothetical types:

• quantum;
• psi-teleportation;
• hole (wormholes).

Quantum teleportation of entangled particles is a fairly studied form of the phenomenon, about which quite definite scientific information has been obtained. If we take the same glass as an example, then in order to teleport it from one end of the table to the other, you will need to divide the specified object into elementary particles, change the properties of each resulting “fragment”, and then collect scattered particles on the opposite side of the table ( with similar properties) put together to get a new glass, but with identical characteristics. Chemical composition faceted glass is quite simple, but what happens if you try to teleport a person, which consists of 10 30 particles?

Given the record speed of information transfer, which is currently fixed at 10 14 bits per second, it will take 1 million years to teleport one person. In practice, everything is aggravated by the complexity of the structure of the human body: there is a certain risk of violation of the "assembly" at the final stage of movement.

It is interesting! As a vivid illustration of what consequences the slightest violations in teleportation technology can lead to, one can cite the film The Fly, directed by David Cronenberg.

The essence of the phenomenon

Quantum teleportation is a "movement" not of energy, not of physical objects (tree, glass, etc.), but of the properties of these objects (the so-called "quantum states"). However, data transfer in the classical sense does not work in this case. By general rule, to successfully transport the state of the object real world(or information) it is necessary to take into account the incredible number of measurements that destroy the original quantum state of the object (if the "sender" does not have the ability to re-measure its original properties at the final stage of the teleport). Quantum teleportation comes to the rescue, which allows you to transfer a certain state of an object without violating its original properties (called a qubit, or “quantum bit”).

A significant problem that hinders the successful implementation of experiments in this area is certain difficulties in fixing disparate particles that are not static and constantly change their properties. If to speak plain language, then it is absolutely meaningless to measure the unique characteristics of an experimental object when we are talking about data transmission over a distance. However specified properties capable of reproducing other particles - the so-called photons (massless particles that exist in vacuum space only if they move at the speed of light).

To understand how quantum teleportation occurs, you need to familiarize yourself with a huge list of scientific literature. To begin with, we should consider a simplified quantum system in which there are only two possible states (A and B). Take two particles (let's call them α and Ω). The sender has a certain particle α with an arbitrary quantum state equal to α A + Ω B. The sender is faced with the task of transferring the specified state α to the particle Ω in such a way that a completely different object Ω acquires similar properties. That is, you need to transfer the relation complex numbers A and B with the utmost precision. The key goal of the "transmitter" is to transport information not with an emphasis on speed, but with an emphasis on maximum accuracy.

AT general view It is possible to identify the main stages of achieving the stated goal:

1. The sides create 2 quantum entangled qubits (C and B). C is sent to the sender, respectively, B is sent to the address of the recipient. Due to the complex structure, C and B have unique wave functions (the so-called state vector). Despite this fact, a pair of particles (the desired "degrees of freedom") can be described by a 4-dimensional state vector - μVS.
2. A quantum system consisting of 2 particles - A and C, has 4 states. To describe such states, you need to use a certain vector. At the same time, it is impossible to use a “pure” vector (100% certain), since only systems consisting of 3 elements have a certain state - systems of particles A, B and C. If the sender decides to measure the vector, then he will receive 4 possible outcomes (4 potential values ​​of the measured value) over a system of 2 elements (for A and C). Immediately at the moment of measurement, systems A, B, C will make a transition to another state, while the state of A and C will become known, which will break the entanglement of particle B, which will go into a special quantum state.
3. At the moment of such a transition, a “transfer” of part of the information will occur. At this stage, it is impossible to restore the teleported information, since the recipient of the data only has the understanding that the particle B has a state associated with A, but what it is exactly is unknown (obvious lack of information).
4. To find out the relationship between the states of the initial particle A and the received “at the output” B, it is necessary that the sender transmit to the recipient comprehensive information about the measurement via the classical communication channel used (expending 2 bits). Having studied the laws quantum mechanics, it will become clear that in the presence of a specific measurement result obtained from the analysis of particles A and C, as well as an “entangled” element B with particle C, the receiver is in theory able to perform the desired transformation on the “output” particle B in order to “transfer” to the specified object state from A.

A complete transfer of information from one object to another is possible only if the recipient of such information will have comprehensive data received through both communication channels. If only the classical communication channel is used, then the recipient will not have the slightest idea about the transmitted state. Another feature of this process is the impossibility of intercepting data by third parties: when trying to gain unauthorized access to the transmitted information, the "intruder" will destroy quantum connections (break the "entanglement" between pairs B and C).

You can imagine a complex process in another way:

1. Let's say there is a certain red photon that has been split into two green ones. Green photons have such a strong connection with each other that if they move a considerable distance and if any characteristic of one of these objects changes, the second green photon will give an immediate reaction.
2. We take an indefinite particle of the glass, move its properties without looking inside the particle (the choice of the particle occurs “blindly”, without the slightest understanding of the properties of the object on the part of the experimenter), and “transfer” the specified information to the nearest of the two green photons. There is uncertainty about the actual result, since the properties passed can have one of the many values ​​of the original "media", i.e. glass. What value (state) the first green photon will receive remains a mystery.
3. The second green photon, located at the other end of the table, gives an instant response to the actions of the "twin brother" and measures a pre-prepared particle in the interaction zone. The latter transmits to the experimenter information about the completion of the transfer of information. However, such information differs from the original, since in any quantum process there is a certain degree of probability. To avoid distorting the properties of an object, it is necessary to obtain comprehensive information about their source (the glass). Only after obtaining such data can one correctly interpret the properties of the particle obtained “at the exit”. The necessary information is transmitted via standard communication channels.

Real facts

If we consider the history of the development of the teleport, then the following should be noted important events that influenced the course of technology development:

• In 1993, a group of scientists from America, led by Charles Bennett, presented to the world the theoretical aspects of a new "phenomenon" - " quantum teleportation»;
• already in 1997, two groups of physicists from the Universities of Rome and Innsbruck, headed by Francesco de Martini and Anton Zeilinger, conducted the first experiment in this area, namely, they realized the quantum “transfer” of the polarization state of a photon;
• according to the publication in the journal "Nature" dated June 17, 2004, two research groups announced the implementation of the teleport of the quantum states of the calcium atom and the qubit based on the ion of the beryllium atom. The experiments are not a kind of “breakthrough”, but at the same time they made it possible to take steps towards the creation of quantum computers and their implementation in everyday life quantum cryptography technologies;
• in 2006, researchers from the Niels Bohr Institute (Copenhagen) for the first time performed teleportation between cesium atoms and laser radiation quanta, i.e. between objects of different nature;
• in 2009, scientists "moved" the quantum state of the ion by a whole meter;
• in 2010, by the joint efforts of scientists from two universities in China, the characteristics of a photon at 16 km were transmitted for the first time;
• in 2012, physicists from China “sent” 1100 quantum-entangled photons for 97 km in just 4 hours;
• in 2015, scientists from the United States succeeded in moving photons along an optical fiber over a distance of more than 1000 km using a single-photon detector with special cables;
• at the end of 2017, the Internet was full of loud headlines that physicists from China, for the first time in history, carried out an intercontinental teleport using the Mo-Tzu quantum satellite over a distance of more than 1200 km;
• In 2016, the Russian Quantum Center demonstrated the latest development applied on 30 km of optical fiber on the lines of Gazprombank.

Technology Perspectives

It is logical to assume that at the current level of development of science and technology, moving a whole glass is an impossible task: it is unrealistic to teleport such a simple object by at least 1 mm without violating the original properties of the object. Therefore, such technologies are currently used not for physical objects, but for information, which is successfully practiced in cryptography and the field of data protection.

When transmitting data within the framework of "quantum teleportation" technology, not "useful" information is transmitted, but a special "key". A significant disadvantage latest technology is the fact that it is impossible to create a copy of a photon. It is also impossible to amplify the quantum signal of an optical fiber (as is the case with a conventional signal), because such amplification will be mistaken for a kind of “interceptor”.

AT laboratory conditions you can teleport to a distance of about 327 km. And than more distance, the lower the data rate. This problem can be solved by installing a special intermediate server for receiving, decrypting and encrypting data with subsequent transmission within a single cryptographic network (which is skillfully used by Chinese and American scientists).

Frame from the film "The Fly" 1958
Photo: sky.com

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The most popular and most scientific theories about movement in space.

Today, the media reported that there is a government program in Russia that studies the possibility of teleportation . Scientists set themselves a very ambitious goal: to learn teleportation by 2035.

Theories about teleportation

The idea of ​​teleportation, as you might guess, came from the realm of science fiction. The term was first used by the US writer Charles Fort in 1931, describing in his publications cases of unusual disappearances and appearances. The most popular in Russia was his work "The Book of the Damned" ("1001 Forgotten Miracles"), in which he just described phenomena inexplicable from the point of view of science.

However, for the first time in theory, the idea took shape even before the appearance of the term. In 1899, the scientist Ambrose Bierce (also from the USA) hypothesized that our world consists of holes and voids and compared it to a sweater: “You can put it on, although if you look closely, the sweater consists of holes. Suppose an ant got on the sleeve. He can accidentally fall between the loops and get into a completely different world for him, where it is dark and stuffy, and instead of the usual spruce needles - warm, soft skin. Bierce believed that it was possible to travel through holes in space if a guide was found.

According to another theory, there are black holes in space that can suck matter into themselves with the help of gravity, and if such a hole is artificially created, it can serve as a space-time portal, using which you can overcome any distance in an instant. The journey is made along a certain course, in which space and time are absent. The theory of the existence in three-dimensional worlds (like ours) of "bridges" representing the fourth dimension was first expressed by Albert Einstein.

Another theory is about parallel worlds- owned by physicist Ralph Harrison. The scientist admitted that these parallel worlds permeate ours and that there are points of greatest contact between the worlds - large swirls of air or water. Harrison also believed that such swirl points could appear spontaneously, for example, due to the weather. One of the points of intersection of our world with parallel ones was the famous Bermuda Islands, near which the Gulf Stream passes. Under certain conditions, vortices can turn into portals and carry objects in space. But Harrison always emphasized that such travel is dangerous because it is spontaneous and unpredictable.



quantum teleportation

Only one type of teleportation is available to modern science - quantum, within which it is possible to transfer not even the very elementary particle but only her condition. If we take a pair of coupled (entangled) particles and space them apart at any distance, a change in the state of one of the particles will instantly cause the same change in the other particle. It has already become the rule. The use of entangled particles (particles with a common past that were formed during the decay of a single particle and whose states are interconnected regardless of location) to transfer the states of one object to another was invented by Charles Bennett in the 1990s.

Quantum teleportation of the photon state was first registered in 1997.

They tried to develop the theory of quantum teleportation: if you know exactly the quantum state of all the atoms of the human body and have the same number of atoms at the end point of teleportation, you can transfer this state from one atom to another. In this case, the first body (at point A) will cease to exist, and exactly the same will appear at point B. Theoretically, this is possible, but in practice, when it comes to a living being, the question arises: will the new body retain life and mind. Neuroscience says that point B will be a recreated dead body.

So far, it is impossible to "scan" all the atoms of the human body so quickly (an adult consists of about 7,000,000,000,000,000,000,000,000,000 atoms) so that not one of them has time to change its position, which is the key to saving the life of a teleported creature. The problem is the transmission of the received data about atoms: the most advanced communication line can reach speeds of up to 100 terabits per second. With such capabilities, it will take about 12 million years to transmit data about each atom encoded by one byte.

hole teleportation

Another type of teleportation, which is considered in science, is hole. The theory developed by Konstantin Leshan implies the direct movement of the object, without destroying and recreating copies. Traveling in space, along it, can be carried out through "zero-transitions" - these same holes, a kind of teleport doors. Zero transitions can be created artificially or natural ones can be found (natural ones should be sought in accordance with the theory of parallel worlds and vortices).

Such a variant of teleportation would undoubtedly be safer for a person, since his atomic structure does not change. Minus - it is impossible to predict the place of materialization of the object, which is also unsafe in its own way. An even greater minus is that for the further development of the theory of hole teleportation, it is necessary that natural holes reveal themselves with greater or lesser certainty.

On practice

The most famous teleportation experiment, which has already become a legend, is Einstein's experiment in 1943 at the Philadelphia Navy Yard. Hoping to get a device from scientists that makes ships invisible, the United States allocated the destroyer Eldridge with a crew on board for the experiment.

With the help of high-frequency magnetic generators, the researchers managed to create a magnetic field of enormous intensity around the ship. As eyewitnesses testified, the destroyer ceased to be visible, it also could not be registered by radars. Simultaneously with the disappearance of the Eldridge, they saw it in the port of Newark, which is 100 kilometers from Philadelphia. When the field was turned off, the destroyer reappeared at the naval shipyard.

Since the US Navy officially denied this experience, an experiment that might not have happened began to grow rumors: one of the sailors went crazy due to movement in space, someone died stuck in the body of the ship itself. Einstein destroyed the works on the Philadelphia experiment, which he considered dangerous to mankind.

Cases of quantum teleportation (not as grandiose as in Philadelphia) have been registered in our time: under the leadership of the Austrian scientist Anton Zeilinger, in 2012, a photon was teleported to a distance of 143 kilometers. The result is still a record, but it did not help a person in traveling in space.

In December 2014, another experiment in the field of quantum teleportation was successfully completed - scientists from the UK moved a photon 25 kilometers along a fiber optic cable. The photon at point A and the photon at point B are one.

Any teleportation is so far only possible within the framework of the microcosm - at the level of atoms. Moving in human space requires a lot of precise measurements and a lot of energy.



How artists see the result of the Philadelphia experiment

Teleportation through the eyes of directors

The most famous film is "The Fly" by Kurt Newmmann, filmed in 1958. The plot is based on a scientist's experiment on teleportation. Unfortunately for him, a fly flies into the teleport cabin, causing horrific mutations to occur to the scientist. The film was made into two sequels, as well as a full-fledged remake in 1986 with Jeff Goldblum in leading role. In 1989, the continuation of "The Fly" was filmed, a remake about the unhappy fate of the son of a scientist, Goldblum, to whom the mutation gene was inherited.

If the films "Fly" belong to the horror genre, then Doug Liman's film "Teleport" released in 2008 is an adventure. The protagonist (Hayden Christensen), who discovered the inherited ability to teleport at a young age, suddenly begins to be pursued by members of a secret organization that has been exterminating teleporters for centuries.

I could not ignore the world cinema and the story of the Philadelphia experiment - in 2012, Paul Ziller made a film of the same name, and before that, in 1984, a tape with a similar plot was shot by Stuart Raffil.

The TV series Stargate is based on teleportation. But for teleportation, earthlings do not have to create anything: in the bowels of the planet, scientists discover ready-made gates in the form of a ring, which turn out to be a portal not only for traveling in space, but also in other worlds.



When teleportation goes wrong

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Moving in space and time has been a long-standing dream of man, and it seems that she has every chance to come true. Recent studies by scientists have confirmed that teleportation is possible. Don't believe? Then see for yourself by reading our article.

Cases of teleportation of people in the past

The teleportation theory has both supporters and opponents. The former, as one of the arguments, cite cases from history when a person moved over great distances in the blink of an eye.

Teleportation (Greek τήλε - "far away" and Latin portare - "carry") is a hypothetical change in the coordinates of an object (movement), in which the object's trajectory cannot be described mathematically by a continuous function of time. The term was introduced in 1931 by the American writer Charles Fort to describe strange disappearances and appearances, paranormal activity who, in his opinion, had something in common. Wikipedia

The first person allegedly able to teleport was the healer Apollonius of Tyana, who lived in Rome in the 1st century AD. e. They say he could cover the distance between Rome and Ephesus in a few seconds. Emperor Domitian found out about this amazing ability of the healer, who considered it dangerous and accused Apollonius of Tyana of witchcraft. When the doctor was about to be executed, he disappeared in a flash of light, after which he was seen several kilometers from the place of execution.

Movement in space was also recorded in the 16th century. Then a soldier appeared in Mexico City, talking about his journey to Mexico from the Philippines, which took only a few minutes. According to this man, he lost consciousness when the rioters attacked the governor's residence in Manila, which was guarded by a serviceman. In a matter of moments, he came to his senses, but already in Mexico City.

At first they did not believe him and considered him an ordinary deserter. However, when a ship sailed from the Philippines, the soldier's story was confirmed.

In the 17th century, there was a nun in Spain named Maria who teleported to America at least five hundred times over the course of 11 years. She told her sisters in faith about her travels, in which she converted the local natives, the Yuma Indians, to Christianity.

Pope Urban VIII did not believe these stories and asked the Spanish king to verify the veracity of the nun's stories. The ship, which came from America, brought testimonies of the Indians themselves, who confirmed that a woman from Europe who looked like Mary had repeatedly appeared to them, who spoke about Christ and gave the rosary.

Many believe that magician Harry Houdini also owned the secret of teleportation. It was with the help of this method of transportation that he left the locked guarded cell in one of the prisons in St. Petersburg.

Teleportation experiment by Tesla and Einstein

As another confirmation that movement in space is possible, supporters of the theory of teleportation cite the example of an experiment conducted in 1943 by Nikola Tesla and Albert Einstein.

By order of the military, scientists had to move a large object in space - the Eldridge ship. Scientists allegedly were able to combine gravitational and electromagnetic flows by directing their power to an experimental object. In front of the astonished witnesses of the experiment, the ship disappeared.

He reappeared at the same place a few minutes later, but none of those who were on it could tell where the ship disappeared. Some of them were simply smeared against the side by an unknown force, the rest were damaged by reason. Adepts of teleportation are sure: the movement in space took place, the ship during the absence managed to visit a hundred kilometers from the parking lot.

Modern teleportation research

Modern scientists also do not lose hope of revealing the secret of teleportation, and, I must say, they partially succeeded. Of course, it is too early to talk about the movement of a person, but researchers have already learned how to transfer the smallest particles in space.

According to Nobel laureate Luc Montagnier and his colleagues managed to teleport DNA from one tube to another. The researchers filled one test tube with water and placed DNA molecules in the second. Having passed radiation through them, which first passed through a container with genetic material, and then through a beaker with water, the researchers found in the latter not only water, but also DNA.

Chinese scientist Jiang Kanzheng was also able to teleport DNA, but from a living object to another living object. Influencing the melon with electromagnetic field, the researcher transferred her DNA to a cucumber, after which the new fruits of this plant began to taste like a melon.

By the way, zoologists believe that moving in space is subject to the ant uterus. Observations have shown: a large female laying eggs is actually locked by the rest of the ants in an earthen bag. Only narrow passages are left to it, through which small family members bring food.

Scientists periodically filmed upper layer land, but did not find a female on the spot. And after a while, she magically reappeared there. Here is a movement in space.

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Teleportation is interpreted as a change in the coordinates of an object, while such a movement is poorly justified with scientific point vision. It is unclear how the effect is achieved, since it is unrealistic to test hypotheses in practice. But there are scientists' assumptions that allow us to hope that in the future such a method of transportation will be available.

What is "teleportation"?

Teleportation is the result of the rapid movement of a thing or body to any distance, when they disappear in the original place and appear in the final one. So far, scientists have paid little attention to the implementation of this method, but some developments are still available. There are such types of teleportation:

1. Transport beam. The molecules of the object are scanned, fixed, then the original is destroyed, and in another place the machine recreates a copy based on this data. It is not suitable for moving a person, since it is impossible to count millions of body molecules and reproduce in a split second. Moreover, when the original body is destroyed, consciousness also disappears.
2. Portal. A special state of space that throws an object to another place, with the same field properties. Favorite fantasy theme, but not used in reality, because it is not known where such places are.
3. Null-T. Scientists explain this option as opening a window to another dimension, the location of which corresponds with our reality, but the distances are squeezed many times over. A puncture is made through them, and the object is moved to another place.

quantum teleportation

Scientists distinguish another type of quantum teleportation - the transfer of a photon state through two things broken in space and such a communication channel when the state is first destroyed and then recreated. To do this at the speed of light, Einstein-Podolsky-Rosen correlation particles are used. It is used in quantum calculations, where only the recipient has data about the subject.

Why was this idea of ​​“teleportation in space” reluctantly discussed by scientists? It was believed that it violated the principle that forbids the scanner to extract the entire data of the object. Scanning must recreate the complete information, otherwise a perfect copy cannot be created. The first successful experiment could be carried out only at the beginning of this century between laser radiation quanta and cesium atoms, scientists from the Niels Bohr Institute did it. And in 2017, Chinese researchers achieved quantum teleportation of 1,200 kilometers.

hole teleportation

There is also such a type as hole teleportation, a method when objects move from one size to another without transition period. The action is explained in the following ways:

1. Pushing objects out of the universe.
2. Increasing the wavelength of the object to Broglie.

Teleportation exists - this position is based on the fact that the cosmos has limits, beyond which there is no longer space and time, but only emptiness. Since the cosmos has no center, such vacuum holes can really be found at any point in it, these are conditional particles that are constantly in motion. From a scientific standpoint, hole teleportation is based on Heisenberg's uncertainty principle and Niels Bohr's complementarity.

"Mole Hole"

Theory wormholes explains: in the power of space to take the form of a pipe that connects eras or islands of time. As far back as the beginning of the last century, the famous physicist Flamm suggested that plastic liniometry could be a hole connecting two planets. Einstein noted: simple solutions equations that describe electrically charged and forming gravitational fields, sources, have a spatial bridge structure.

"A wormhole in space" or a wormhole - these "bridges" received this name much later. Versions how it works:

1. Electrical lines of force they enter the hole from one end, and exit from the other.
2. Both exits lead to the same world, but in different time periods. The entry point is negative charge and the exit point is positive charge.

Psi teleportation

Teleportation technology also manifested itself in psi-effects, they are also called psychokinetic phenomena. It includes such phenomena:

1. Psychokinesis or telekinesis– impact and influence on objects or energy fields.
2. Levitation- liberation from the force of gravity. Outwardly, it looks like hovering above the ground, walking through the air.
3. out-of-body projection. Separation of the energy mass from the physical body. A person sees himself from the outside.
4. materialization. The ability to implement concerns both processes and objects, situations.

Teleportation - myth or reality?

Is teleportation possible? This question is asked by many people: from scientists to ordinary people. For centuries, there was an opinion that such a phenomenon could not exist, and some manifestations were tricks of charlatans. Only in last years the theory of movement in space and time began to be listened to, thanks to the efforts of physicists, who stated that small parts of matter are not an obstacle to instantaneous movements.

Teleportation - is it possible? The answer is the story of the nun Maria, who over the course of several years managed to visit America more than 500 times without leaving her monastery. At the same time wrapped in Christian faith the Yuma tribe in New Mexico, which is confirmed by conversations with the Indians and papers presented by the Spanish conquistadors and French explorers.

Human teleportation - how to learn?

How to learn teleportation? There is no answer to this question yet, although you can find a lot of societies that promise to teach on the Internet. As well as detailed instructions. But there is no real methodology yet, there are only special cases when such talents were shown by individual people. At the same time, they could not describe the process of moving. Scientists believe that even if technologies such as human teleportation appear, it will be extremely difficult to bring them to life due to the relativity of time.

Teleportation - real cases

The cases of human teleportation, which have been recorded and confirmed over many centuries in different countries Oh.

1. Magician Tudor Pole in 1952 was able to travel a mile and a half from the suburbs to his own home in three minutes.
2. The Chinese Zhang Baosheng has repeatedly demonstrated the ability to teleport objects from one place to another. The facts were recorded by scientists in 1982.
3. The prisoner of the American prison Hadad managed to disappear from closed premises. But at the same time, he always returned back, not wanting to aggravate the punishment.
4. In New York, a case was recorded when a young man appeared at the subway station, claiming that he was instantly transported from the suburbs of Rome. Checking the situation confirmed this fact.

books about teleportation

Teleportation experiments were often carried out by heroes of science fiction writers, the Strugatsky brothers even outlined how flights to the stars based on this theory would take place. Most interesting books, where many lines are devoted to such an amazing movement:

1. Cycle "Troy". Mars of the second millennium, strong players recreate the Trojan War. A professor from the 20th century, having moved to another reality, is forced to correct this historical battle.
2. Alfred Bester. "Tiger! Tiger!". The fact of "jantation" - teleportation by willpower is stated.
3. Sergey Lukyanenko. "Star Shadow". The type of teleportation "jump" is described, which the hero performs with the help of a special mechanism.

Movies about teleportation

Films and series about teleportation were created by directors from different countries. For the first time, this fact manifested itself in the film “The Fly”, when the hero set up an experiment on moving himself, but a fly flew into the camera, which led to the tragedy. From the most famous tapes:

1. The series "Star Trek". In order not to spend money on expensive takeoff effects spaceships, it was decided to move the members of the Enterprise team along the beam.
2. "Sagittarius Restless". Main character creates a teleportation installation and moves around the world at will.
3. The series "Stargate". With the help of artifacts and the Asgard beam, people learned how to move to other planets.

Do you think teleportation is possible? An affirmative answer to this question may seem implausible. Until recently, scientists disputed the very possibility of teleportation. However, modern physicists claim that all the technologies necessary for this process already exist. And researchers are even doing scientific experiments to move bacteria and viruses from one place to another. They try to do it with small items as well. But with the movement of a person, the situation is much more complicated.

I don’t know about you, but for me, for example, it’s very difficult to believe in this. But let's, based on facts and examples, try to understand how likely this is.

The possibility of teleportation reject all the laws of physics, scientists thought 200 years ago. Meanwhile, modern researchers do not stop their scientific searches. But does it work in practice? After all, our technologies have not yet been developed to such a level that it is so easy to take and teleport at least a button from one room to another.

The term "teleportation" is formed from two words: the Greek "tele"- far and Latin "portate"- transfer. Teleportation means the instantaneous transfer of objects from one point to another. Moreover, the state of the object should not change! This theory can be confirmed by the words of Albert Einstein, who once stated that there are no clear boundaries between the future and the past. talking scientific language, teleportation is called quantum states or the phenomenon of particles transferring basic properties to each other without physical contact.

The famous natural scientist Vladimir Vernadsky said that a scientific hypothesis almost always goes beyond the facts that served as its basis. Doesn't this mean that teleportation is really possible, because the theory of moving bodies from one place to another is now becoming more and more strengthened in scientific circles? Modern scientists ambiguously emphasize that all theoretical knowledge is available for teleportation.

Renowned biologist, geneticist and entrepreneur Craig Venter argues that the cell is the same molecular machine whose software is the genome. The scientist assures that you can do anything with a cell if you change the genome using synthetic biology methods. This is the so-called "biological TV reporter". Digitized biological information, like absolutely any other software, can be transmitted over vast distances at the speed of light.

Nature has created insects that can teleport in case of danger! These are atta ants. Or rather, their uterus, which is a real incubator. To prove this inexplicable ability, an experiment was conducted. The uterus, which is always in a very strong chamber, was marked with paint. If the chamber is closed for several minutes, the insect disappears, and appears at a distance of several tens of meters in another similar chamber. Previously, this was explained by the destruction of the uterus by the ant tribe. And if it were not for the experiment with the painted body of an insect, the phenomenon of instantaneous teleportation would not have been revealed.

Teleportation as a clue to time

World scientific celebrities believe that time is not just a series of events, but the dimensions of space, which are determined only by our consciousness. Time is a perfect formula, which scientists have been trying to solve for centuries. Teleportation is sort of the key to unlocking it.

The film "Secret Experiment" was based on a truly mysterious case with the disappearance of the ship. According to Charles Berlitz, a famous American researcher anomalous phenomena, they say that this incident actually happened. In October 1943, the US Navy conducted an experiment that resulted in the disappearance of a warship from the Philadelphia Dock. A few seconds later, the cruiser appeared at Norfolk Newport Dock, several hundred miles further on. Following this, the ship disappeared again and reappeared in Philadelphia. Of the crew of the ship, half of the officers and sailors went crazy, the rest of the people were dead. This case is known as the Philadelphia Experiment.

There is a lot going on around us. mysterious phenomena which cannot be explained scientifically. But some experts note that they are very reminiscent of teleportation.

Experience of scientists from different countries

The first teleportation experiment was carried out in 2002. Australian scientists have managed to instantly move the photons of light that make up the laser beam. It was recreated at a distance of 1 meter from the real beam. With this example, physicists have demonstrated the possibility of destroying billions of photons and reflecting them in a completely different place. After this experiment, the scientific community started talking seriously about teleportation.

In September 2004, scientists from the University of Tokyo announced that they had been able to transmit data over an unlimited distance. They carried out quantum teleportation between three photon particles. According to them, this experiment paved the way for the creation of ultra-high-speed quantum computers and information encryption systems that are inaccessible to hacking.

Cases of teleportation between calcium atoms and beryllium atoms are known. And interestingly, scientists from different countries used completely different technologies for this.

A unique experiment was conducted by physicists from the University of Vienna. They were able to convey the properties of individual particles of light over a distance of as much as 600 meters - from one bank of the Danube River to another. A fiber optic cable was laid in a sewer channel under the river bed, which connected the two laboratories. During the experiment in one laboratory, three different quantum states of photons were transmitted, and in another laboratory they were reproduced. The process of data transfer occurred instantly at the speed of light. The results of this experiment were published in the journal Nature.

Quantum teleportation is the transfer of the state of an object at a distance. The object itself remains in place. That is, it does not move, but only information about it is transmitted. This method was described by Einstein. But according to the scientist himself, such a quantum effect should lead to sheer absurdity. Although the method itself does not contradict the laws of physics. In the age of high technology, according to researchers, it will lead to the creation of a new generation of computers.

Teleporting Vaccine Properties

The purpose of this experiment is to create a therapeutic effect in the patient's body at a distance. It is based on quantum effects that manifest themselves at the microscopic level. Imagine that the drug and the patient are at a certain distance from each other. Informational, properties of a drug can be transferred to a sick person with a therapeutic purpose. The experiment showed that this teleportation showed a direct healing effect, and the effect of the medicine was quite strong. But whether this effect was effective or not is still a mystery.

Teleportation and the US War Department

Most often, expensive experiments on teleportation are carried out at the initiative of the special services.

According to the American magazine Defense News, the Pentagon, along with the defense research organizations quite successfully lead the development of the latest communication system. With its help, it will be possible to send messages around the world at a speed that exceeds the speed of light!

In contrast to the usual transmission of information, the FTL communication system will be able to provide complete confidentiality of data. It is not possible to determine the location of the sender and recipient. This possibility of data transmission is based on the quantum teleportation of the electromagnetic field.

The transmitting apparatus will look like a portable computer or the most ordinary mobile phone. At the moment, a prototype has been made. So far, it is capable of transmitting data over a distance of no more than 40 km. But he has simply fantastic capabilities and in the future the distance for teleportation will have absolutely no limits. It takes about 10 years to develop this superluminal communication system.