Be healthy Nikola Tesla how to become a genius. The evil genius of Nikola Tesla. When his time comes

- a genius thanks to whom the world has changed for the better. Let's look at the TOP 5 ideas, many of which were suppressed in the bud, and some of which have not yet been implemented.

1. Use of cosmic rays

One of Tesla's favorite topics was obtaining and use of cosmic energy. This would provide us with an inexhaustible source of energy. But many contemporaries believe that this can only remain a dream, because it cannot be realized. The scientist, however, was a dreamer and an idealist.

He believed that he could build a device that would be able to do this and thus provide electricity to the entire world. The genius suggested that tiny charged particles are literally bombarding us with charges at the speed of light. He also claimed that he would build a machine capable of capturing and converting them into usable electricity. A patent application was even filed - the working title is “device using radiant energy.” The inventor claimed that it was capable of converting ion charges.

2. Electrodynamic induction

The genius is often called the discoverer of alternating current. One of his brilliant ideas - transmission of electricity without wires, was nevertheless implemented. To this end, even at that time he proposed the creation of a world wireless system (English: World Wireless System). He even managed to prove that this could be done in practice. At many exhibitions he demonstrated powering a light bulb from a distance of several meters using Tesla coils.

To implement this idea, they began to build special towers. However, after JP Morgan financier discovered that people were planning to give free electrical energy, at some point, funding for the work stopped. The plan was to connect the towers with two other inventions - Tesla coils and an amplifying transmitter. To obtain power supply it would be enough to simply have the appropriate antenna.

But the project was effective closed US government and strongmen of the world this, who did not like the possibility of people receiving free electricity. Therefore, the towers were destroyed and disposed of. The topic, however, is not dead - some time ago a group of researchers resurrected it and presented lamp without wires, which feeds at a distance of 3 meters. It is something!

Another amazing theme of the inventor was for people to eliminate soap and water from their everyday lives. Although the combination of water and electricity is not very good for our body, germs and bacteria do not like electricity, even more than water.

Idea " cold fire" was to place a person on a metal surface and pass a small current through it alternating voltage of 2.5 million volts. This approach is very effective, since human skin is a fairly good conductor. The invention would have a positive effect not only on people's hygiene, but also on their health - due to the ozone produced throughout the process. This topic died in its infancy because no sponsors were found.

Although most of Tesla's inventions improved the quality of life on Earth, one of them was planned to be used for communicating with aliens. The inventor claimed that using his Teslaskop, he did have one conversation with aliens, but these revelations were not verified. While working on the transmitter in his laboratory in Colorado, he sometimes heard strange clicking sounds that were not associated with anything that could be coming from the Earth.

Due to the lack of evidence of contact with extraterrestrial civilization no one believed him. This topic has also gained a large number of followers. Nikola also planned to prove existence of Martians using huge reflectors on Earth.

Although some of Tesla's inventions could be deadly, the scientist sincerely hated everything associated with war and destruction. He devoted a lot of time to create "" - a device capable of preventing war. It was supposed to shoot a stream of highly charged particles capable of melt a metal plane any engine. The range had to have a very long range - up to 400 kilometers. To create the device, a $2 million factory called " Teleforce«.

When he presented his idea to investor JP Morgan, he quickly rejected it. The inventor claimed that the Death Ray would be able to literally melt everything in its path. Unfortunately, both the US government and the UK this project was rejected.

If ordinary person ask who he knows among the founders of the era electric current, light and incandescent lamps, then the vast majority will remember (of those who know) the famous Thomas Edison, and few will remember Nikola Tesla, the physicist in whose honor the unit of magnetic induction is named and whose name is now heard only in connection with the name brand of expensive electric car. For some reason, Tesla is not very remembered on the pages school textbooks physics, although without his works, discoveries and inventions it is difficult to imagine the existence of everyday things, such as, for example, electric current in our apartments. Like Lomonosov, Nikola Tesla was ahead of his time and did not receive the recognition he deserved during his lifetime, however, his work is still not properly appreciated.

It all started in 1856 in the small village of Smilyan (now the territory of Croatia): a fourth son was born into the family of a Serbian Orthodox priest, who was christened Nikola. Having learned to read, the boy literally “swallowed” books one after another, often reading at night. As a student at the University of Prague, already in his second year, young Tesla put forward the idea of ​​​​an induction alternating current generator. However, university professors considered this idea crazy and nonsense. But this negative verdict from pundits only encouraged the inventor, and already in 1882 a working model was built.

Tesla was eager to implement his brainchild in a real industrial installation. He leaves for the USA and simply leaves the ship to visit the already famous Thomas Edison, the inventor of the electric light bulb, carbon microphone, phonograph and dynamo. Thanks to the patents he received for them, Edison had already become famous and rich at that time. The famous inventor listened to the young emigrant and, although he reacted rather coolly to his idea, still offered him a job in his laboratory. The lukewarm attitude towards the idea of ​​an alternating current generator was explained simply: all inventions and all scientific developments Edison was based on the use of direct current; he did not want to hear about alternating current. But already in October 1887, without ceasing to work for Edison, Nikola Tesla was able to obtain a patent for his invention. Edison “felt” a dangerous competitor and publicly began to criticize him. He also promised Tesla $50,000 for a complex and very important job for the company, and when the latter successfully completed it, he simply refused to pay, saying that the emigrant apparently did not understand well English language and American humor. The scientists parted as enemies, Tesla found himself on the street without work and without money.

But the talent was lucky. Having managed to interest some businessmen, Tesla soon opened his own company, Tesla Electric Light Company, entered into a contract with the company of millionaire Westinghouse Westinghouse Electric, and even participated in the construction of a hydroelectric power station at Niagara Falls.

90s years XIX centuries were marked by an irreconcilable struggle between the two companies. On the one hand, it was General Electric that defended the interests of Edison, who was a supporter of the use of direct current. She was opposed by Westinghouse Electric, which created its products based on many of Nikola Tesla's patents in the field of alternating current. This time went down in industrial history as the “Period of Transformer Battles.” Journalists hired by General Electric in the press spread all sorts of tall tales about alternating current. In 1887, in New Jersey, Edison gave a long speech to the public, branded his competitors Tesla and Westinghouse, and then connected a metal plate on which he had previously placed a dozen animals to a Westinghouse Electric generator producing a current of 1000 volts. They died. In 1888, when New York officials sought a more humane form of capital punishment, Edison advocated that the "alternating current" electric chair be chosen. He believed that normal person will not want to use a device “made using electric chair technology.”

But the tireless Tesla came up with a spectacular counter-move. His performance, which took place at the 1893 World's Fair in Chicago, shocked the whole world. With a calm expression, he passed an alternating current of millions of volts through himself - lightning danced on the surface of his skin, but he himself remained unharmed. And when, overwhelmed by electric discharges, the “madman” with a smile picked up incandescent lamps that were not connected to any wires (Edison ones, by the way!), They obediently lit up in his hands. It seemed like real magic. And this despite the fact that Edison previously stated in numerous speeches that high voltage alternating current will kill anyone who touches the wires!

Tesla continued his scientific research with manic persistence. Some of his ideas were embodied in the form of numerous patents for inventions. In a lecture held in 1893 at Franklin University (Philadelphia), Tesla spoke about the possibility of practical application electromagnetic waves. “I would like to say a few words about a subject that is always on my mind, which affects the well-being of us all. I mean the transmission of meaningful signals, perhaps even energy, to any distance without wires at all. Every day I become more and more convinced of the practical feasibility of this scheme." Such statements were not unfounded. Back in 1891, during experiments with high-frequency oscillations, the scientist created one of the most original devices of his time. Tesla managed to combine the properties of a transformer and the phenomenon of resonance in one device. This is how the famous resonance transformer was created, which played a big role in the development of many branches of electrical engineering and radio engineering and is widely known as the “Tesla transformer”. The inventor proposed using a resonance transformer to excite a radiator raised high above the ground and capable of transmitting high-frequency energy without wires. In modern terminology, we were talking about an antenna! Thus, several years before Popov and Marconi, the idea of ​​wireless communication had already been realized.

In 1899, in the mountainous region of Colorado, with the financial support of friends, Tesla organized a scientific laboratory. There, being at an altitude of two thousand meters above sea level, he began studying lightning discharges and determining the presence of an electric charge on the earth. He created an original design for an “amplifying transmitter” that resembles a transformer and allows one to obtain voltages of up to several million volts at a frequency of up to 150 thousand cycles per second. A 60-meter mast was connected to this transmitter. Turning on the transmitter caused lightning discharges in the atmosphere with lightning up to 135 feet long. In one of his experiments, Tesla attached a device to an iron beam in the attic of the building in which his laboratory was located. After some time, the walls of houses several miles from the laboratory began to vibrate, and people ran out into the street in panic. Because of the huge lightning that often appeared above the mast, local residents dubbed the scientist a “mad inventor.” And when strange vibrations in houses began, people immediately suspected Tesla of it. The police and reporters were called. The scientist managed to turn off and destroy his device, realizing in time that it could cause a serious disaster. “I could bring down the Brooklyn Bridge in an hour,” he later admitted. The experiments had to be stopped.

Then Tesla received financial support from John Pierpont Morgan, one of the millionaires of that time, who became interested in his developments. Using the allocated money, a laboratory for transmitting signals to Europe was built in New York on Long Island and a 57-meter-high tower with a steel shaft buried 36 meters into the ground was erected next to it. The tower was crowned by a 55-ton metal dome with a diameter of 20 meters. The scientific project was named Wardenclyffe. Tesla cherished a dream, in addition to transmitting signals, to seriously engage in the transfer of energy over a distance. The cunning physicist hid from Morgan that the tower was intended not only for broadcasting radio waves, but also for wireless transmission of electricity. As soon as Morgan realized this, he immediately refused to finance Tesla. After all, this invention could bring down the energy market: who would buy something that could be obtained practically for free? Being a co-owner of the world's first Niagara hydroelectric power station and large copper plants, Morgan could not allow this to happen. Wardenclyffe Tower was mothballed in 1903, stood abandoned for several years, and in 1917 it was blown up on a very strange basis - allegedly it could be used by German spies. It is also impossible not to mention the theory according to which the cause of the explosion at Podkamennaya Tunguska in Russia in 1908 (the so-called Tunguska meteorite) could have been the Wardenclyffe project. According to another version, with the help of Wardenclyffe, Tesla was going to illuminate the sky for Robert Peary, who made his way in the Arctic darkness until North Pole. However, these versions do not stand up to criticism, because the fall of the Tunguska body occurred on June 30, 1908, and Robert Peary went to the Pole on February 20, 1909.

Award Nobel Prize in physics for 1915 caused general bewilderment: the day before, the New York Times wrote that it would be divided between two people, almost enemies - Tesla and Edison. There were many rumors on this topic; Tesla accepted congratulations, but was going to refuse the prize, although at that time he needed money - he fundamentally did not want to share this recognition of his merits with Edison. But a week later, the Nobel Committee announced that the physics prize would be given to English professor William Henry Bragg and his son William Lawrence Bragg for their services in studying the structure of crystals using X-rays. Thus, Nikola Tesla never received worldwide recognition of his achievements.

As time passed, Tesla grew older, but did not give up his dream of transmitting energy without wires. In 1931, with the support of Pierce-Arrow Co. and General Electric Tesla removed the gasoline engine from the new Pierce-Arrow car and replaced it with a standard 80-horsepower AC electric motor. (1800 rpm) Without any traditional external power sources. As eyewitnesses reported, at a local radio store he bought 12 vacuum tubes, some wires, a handful of various resistors and assembled all this equipment into a box 60 cm long, 30 cm wide and 15 cm high with a pair of 7.5 cm rods that stuck out outside. Having secured the box behind the driver's seat, he pulled out the rods and announced: “Now we have energy!” After that, he drove the car for a week, accelerating it to 150 km/h. To all questions about where the electric motor gets its energy, Tesla answered: “From the ether around us all.” Not believing his words, the townsfolk spread rumors that the scientist, one way or another, was in league with dark forces. Tesla was angry at this, he removed the mysterious box from the car and returned to his laboratory in New York. The mystery of the energy source still remains unsolved.

The last years of Nikola Tesla's life are also shrouded in mystery. There are versions that he was engaged in research at the American military corporation RCA. It is known for sure that he led the N.Terbo project (that was his mother’s maiden name). Some sources mention the Rainbow Project, within which the famous Philadelphia Experiment was allegedly carried out. The US Navy destroyer Eldridge was equipped with equipment to generate a protective field that would make the ship invisible to radar, but as a result of the experiment, the ship became invisible to the human eye. They wrote that the Eldridge instantly moved in space from one coast of America to the other, that part of the crew died, some disappeared without a trace, and those who survived spent the rest of their lives in a mental hospital. However, it was subsequently possible to prove that there was no experiment. The Eldridge was then in the wrong place, and, in general, all this was invented by one semi-literate sailor who saw how the ship was wrapped in copper wire - a very real way to demagnetize the hull so as not to explode on a magnetic mine.

Also, the whole world is very interested in Tesla’s “devilish weapon”. At the beginning of the 20th century, and then in the early 1940s at the age of 84, the scientist frightened journalists with his new invention. He promised to send a thin but extremely powerful beam of some particles or waves into the ionosphere, and they would heat this ionosphere so that it would incinerate the enemy who was located under it. Installations of this kind exist, they are called heating stands, but they are never used at full capacity, firstly, because of the unpredictability of the consequences for the experimenters themselves and, secondly, because of the complete meaninglessness of such experiments.

The great scientist died in 1943, leaving behind almost no notes, diaries or research results. Regarding Tesla’s scientific heritage, not everything is clear. Some of his friends and biographers claimed that the scientist destroyed most of his records at the beginning of World War II, realizing that humanity was not ready to use his discoveries, and they, used as a powerful weapon, could do more harm than good. Some of Tesla's contemporaries who worked with him in his last years, claims that the physicist’s archive was confiscated by the intelligence services immediately after his death. This is also one of the versions shrouded in mystery and riddles. A more practical one is that Tesla's surviving papers are in the Belgrade Museum named after him, whose staff publishes them from time to time.

Incredible facts about Nikola Tesla

• Tesla claimed that he slept only 2 hours at night (although he admitted that he could lie down to rest during the day), and once spent 84 hours at work without feeling tired.
• He was famous for his brilliant photographic memory; he could even memorize entire books!
• According to family legend, after the birth of the boy, the midwife declared that Nikola was destined to be a child of darkness (perhaps because he was born during a thunderstorm, and lightning promises evil fate). His mother, however, prophetically said: “No, he will be a child of light.”
• One of Tesla's oddities was that he hated touching his hair.
• As a child, Nikola was tormented by nightmares, and, according to historians, later in life this helped him to mentally imagine his inventions, and very clearly.
• He was obsessed with the number 3.
• Tesla was an ardent proponent of hygiene. As they say, this was due to the fact that in his youth he fell ill with cholera and almost died.
• One of Tesla's most unusual quirks was his aversion to round objects!
• While seeking financial support from Morgan in 1901, Tesla told him about a new invention he was working on - the cell phone! Of course, the name was different, but, in essence, he meant communication without wire.
• At some point, Tesla saw both X-rays and radar in his imagination.
• He was a supporter of eugenics - human selection and birth control.
• Tesla hated pearls and avoided conversations with women who wore pearl jewelry.
• He was of the opinion that family life, having children is incompatible with scientific work. But shortly before his death, the scientist admits that giving up his personal life was an unjustified sacrifice.

Prepared by Ivan Kuparvas

The experiment was as grandiose as it was dangerous. The tower, several tens of meters high, was crowned by a large copper hemisphere, and when the installation was turned on, spark discharges up to forty meters long occurred. The lightning was accompanied by thunderclaps that could be heard 15 miles away. A huge ball of light glowed around the tower. People walking along the street shied away in fear, watching in horror as sparks jumped between their feet and the ground. Horses received electric shocks through iron horseshoes. Blue halos appeared on metal objects - “St. Elmo’s fire”...

The man who staged this entire electrical phantasmagoria in 1899 from his laboratory in Colorado Springs did not intend to scare people at all. His goal was different, and it was achieved: twenty-five miles from the tower, 200 light bulbs lit up at once to the applause of observers. The electric charge was transmitted without any wires.

The author of the experiment was Nikola Tesla. Mark Twain, who was his friend, called Nikola “the lord of lightning,” and the great Rutherford called him “the inspired prophet of electricity.” By harnessing the energy of directionally flowing electrons, Tesla himself possessed indomitable energy. His obsession knew no bounds. He set aside four hours for sleep, two of which were usually spent thinking about ideas. In addition to his studies in electrical engineering, Tesla was professionally engaged in linguistics and wrote poetry. He spoke eight languages ​​fluently, had an excellent knowledge of music and philosophy...

From the very beginning there was something in his life that is difficult to name.

It started in childhood. Nikola Tesla, born on July 10, 1856 in the village of Smiljani (Croatia), was the fourth child in the family of a Serbian Orthodox priest. From the age of five Nikola began to suffer unusual phobias and obsessions. In a state of excitement, he saw strong flashes of light. Fantastic visions filled his brain. He read at night, devouring books with manic persistence. The heroes of the books, he admitted, awakened in him the desire to become “a being of a higher order.” By cultivating willpower through various exercises, he brought himself to the point of exhaustion and often fell into a state of trance.

Polytechnic Institute in Graz, University of Prague... In his second year at university, in 1880, he was struck by the idea of ​​an induction alternating current generator. Professor Poeschl, with whom Tesla shared the idea, considered it crazy. But the professor’s conclusion only spurred the inventor, and in 1882 a working model was built.

How to tell the world about your discovery and gain recognition? The surest way is to discuss the invention with the great Edison, Nikola decides, and... sells everything he had in order to buy a ticket on a transatlantic ship. In 1884, he arrived in New York and went straight from the pier to Edison.

Thomas Alva Edison, “the king of inventors,” kindly listened to the guest. He was only nine years older than Nikola Tesla, but was at the zenith of his fame. A carbon microphone, an electric light bulb, a phonograph, and a dynamo made Edison a millionaire. But all the work of the eminent American in the field of electricity was based on direct current. And here some Serb with sparkling eyes is talking about alternating current. Nonsense, of course, but, look, he will one day become a dangerous competitor... Sensing danger, Edison nevertheless offered Tesla a job in his company. Bring to mind his, Edison's, DC generators. The American looked searchingly at the young emigrant, but he readily agreed. While working for Edison, Tesla did not stop improving his alternating current system and in October 1887 received a patent for it.

Between two great inventors began “ cold war" Edison, cursing the “ungrateful receptionist” to himself, began to publicly and sharply criticize Tesla’s generators. “If you are so sure that you are right,” the opponent retorted, “then what is stopping you from letting me try out my system at your enterprise?” Unexpectedly, Edison agreed and even promised his rival 50 thousand dollars if he managed to electrify one of his factories using his own method. He was convinced that this was impossible. Tesla prepared twenty-four types of devices and carried out his plans in a short time. The economic effect exceeded all expectations. Edison was discouraged, but refused to pay. “What about your promise?” - “Well, it was a joke. Don’t you have a sense of humor?”

After that, they finally quarreled, and Tesla found himself on the street without work and without money. “Stop working for your uncle, it’s time to get on your own feet!” decided the emigrant, who firmly believed in his own abilities. And this was not arrogance: in April 1887, Tesla, with the financial support of James Carman, opened his own company, Tesla Electric Light Company. And a year later, a day came in his life that became truly fateful. On May 16, 1888, Tesla gave a presentation and demonstrated his invention at the American Institute of Electrical Engineers. Among those present in the hall was millionaire George Westinghouse, inventor of the hydraulic locomotive brake.

Tesla's performance shocked Westinghouse. He offered the inventor a million dollars for his patents plus royalties. An agreement was concluded, and the Westinghouse Electric company implemented Tesla's developments by building a hydroelectric power station at Niagara Falls.

Having received financial independence, Tesla continues his research. In 1888, he discovered the phenomenon of a rotating magnetic field and built high- and ultra-high-frequency electric generators. In 1891, he created a resonant transformer that made it possible to obtain high-frequency voltage with an amplitude of up to several million volts.

Visitors World's Fair 1893 in Chicago, their eyes bulging, they looked at the incomprehensible and terrible performance that was performed every day by a thin, nervous gentleman with a funny name. With monstrous equanimity, he passed an electric current of two million volts through himself. In theory, there should not have been a single coal left from the experimenter (Edison himself stated in the newspapers that high-voltage alternating current would kill anyone who touched the wires). And Tesla smiles as if nothing had happened, and in his hands the Edison light bulbs are burning brightly... Now we know that it is not tension that kills, but strength

current and that high-frequency current passes only through surface integuments. In the era of the infancy of electricity, such a trick seemed like a miracle.

The trick with energy out of thin air that Tesla performed in Colorado Springs already impressed John Pierpont Morgan, one of the richest American “oligarchs” of that time. At his invitation, the engineer moves to New York to implement the grandiose Wardenclyffe project - the World Wireless Transmission Center. Morgan allocated 150 thousand dollars (in current purchasing power - several tens of millions of “bucks”) and a plot of 200 acres on Long Island. A grand tower 57 meters high is being built with a steel shaft 36 meters deep into the ground. At the top of the tower is a 55-ton metal dome with a diameter of 20 meters. The test launch of the unprecedented structure took place in 1905 and produced a stunning effect. “Tesla lit up the sky over the ocean for thousands of miles,” the newspapers wrote. It was a triumph. But…

Back in 1900, Marconi transmitted a transatlantic signal across the ocean to Canada, and his communication system turned out to be very promising. Although Tesla built the first wave radio transmitter in 1893, years ahead of Marconi (in 1943, the US Supreme Court confirmed Tesla's priority in the invention of radio), he admitted to Morgan that he was not interested in a communication system, but in the wireless transmission of energy anywhere on the planet. But it was the connection that Morgan needed, and he stopped funding. The cooling of the banker was partly facilitated by Tesla's strange statements that he regularly communicates with alien civilizations.

Tesla had plenty of oddities. He was terrified of germs, constantly washed his hands and in hotels demanded up to 18 towels a day. If a fly landed on the table during lunch, he forced the waiter to bring a new order. He stayed in a hotel only if his apartment number was a multiple of three.

Tesla combined phobias and obsessive states with amazing energy. Walking down the street, he could do a somersault in a sudden impulse. He often walked in the park and recited Goethe's Faust by heart, and at these moments brilliant technical ideas dawned on him. On the other hand, he had an inexplicable gift of foresight. Once, while seeing off friends after a party, he persuaded them not to board an approaching train and thereby saved their lives - the train actually went off the rails, and many passengers were killed or injured...

Almost everything Tesla did was beyond the understanding of his contemporaries. In 1898, he attached an electromechanical device to an iron beam in the attic of the building in which his laboratory was located. After some time, the walls of houses several miles from the laboratory began to vibrate, and people poured into the street in panic. By that time, everyone had already heard about the fantastic experiments of the “mad inventor.” Of course, these are his tricks! The police immediately rushed to Tesla's house and a crowd of reporters rushed. Tesla managed to turn off and destroy his vibrator, realizing that he could cause a serious disaster. “I could bring down the Brooklyn Bridge in an hour,” he later admitted. He once stated that he could split the Earth, all he needed was the right vibrator and precise timing.

Perhaps Tesla comprehended the secrets of resonance unknown to others. This power brought the scientist the notoriety of an “egg-headed maniac,” although in fact he was a gentle and peace-loving person. All my life I tinkered with pigeons, loved them like close friends... However, even inveterate misanthropes were sentimental and loved animals very much...

In 1931, the already elderly, but still restless Nikola Tesla demonstrated a new phenomenon to the public. The gasoline engine was removed from an ordinary car and an electric motor was installed. Then Tesla attached a small box under the hood, from which two rods protruded. Having pulled them out, Tesla said: “Okay, now we have energy.” Then I sat in the driver’s seat, pressed the pedal, and the car drove off! He drove it for a week, reaching speeds of up to 150 km/h. There were no batteries or accumulators on the car.

“Where does energy come from?” – puzzled fellow scientists asked Tesla. He calmly answered: “From the ether that surrounds us.” Rumors about the electrical engineer's madness began to spread again. This made Tesla angry. He removed the magic box from the car and returned to the laboratory, burying the secret of his electric car forever.

It would be strange if the military were not interested in the extraordinary technologies of the American Serb. In the 30s, Tesla worked at the RCA Corporation secret projects under the code name N.Terbo (his mother's surname before marriage). These projects included wireless transmission of energy to defeat the enemy, the creation of resonant weapons, and attempts to control time. There are many versions regarding these works, and now it is almost impossible to separate truth from fiction.

The genius died in 1943, in his laboratory. And in complete poverty. The millions that he had while working with Westinghouse went without a trace into the failed Wardenclyffe project. It seems the world was not ready for his discoveries. In the thirties, Tesla refused to accept the Nobel Prize awarded to him jointly with Edison. Until the end of his life, he could not forgive the “king of inventors” for his cowardly deception and “black PR” against alternating current. Tesla was desperate for the prestige that would allow him to find money for research, and by refusing the prize, he dealt himself a fatal blow. Many of his outstanding works have been lost to posterity, and most of his diaries and manuscripts have disappeared under unclear circumstances. Some believe that Nikola burned them himself at the beginning of World War II, convinced that the knowledge contained in them was too dangerous for unreasonable humanity...

Of all Tesla’s achievements, only one is usually mentioned in physics textbooks – “Tesla’s transformer”. Moreover, the unit of measurement of magnetic induction is named after him...

If it is true that geniuses are sent to Earth by heaven, then the heavenly office was clearly in a hurry with the birth of Nikola Tesla. Or is there some special lesson in prematurity?

The very name of Nikola Tesla emanates some kind of mystery and mystery. Nikola Tesla is a genius in many areas of physics. The name of Nikola Tesla stands alongside the brilliant scientist and inventor Leonardo Da Vinci. Tesla's ideas served to create different systems For example, they formed the basis of such now necessary things as the Internet, television, electricity, and torpedoes. Almost flying saucers are considered just an invention of Nikola Tesla. His genius is incomprehensible. On June 15, 1903, at midnight, New Yorkers witnessed man-made lightning. And the events of 1908 still amaze the imagination. It is difficult to say whether it is true or not that the Tunguska meteorite is the work of Tesla? Many articles, and possibly books, have been written about the mystery of the Tunguska meteorite. But mystics can sometimes smile, saying that at that time Tesla was conducting his own specific experiments. He invented wireless electricity, radio, Tesla turbine, Tesla coil and some other inventions. Tesla managed to win the "war of currents" by Edison, who proved that the currents approved by Tesla AD could somehow be unsafe. Tesla himself was terribly worried about the speculation, which he could reflect in his personal biography, which you can read if you wish. After the sinking of the Titanic in 1912 and a number of other failures, in 1931 Tesla was nicknamed the “sorcerer and black magician.” Nikola Tesla managed to save one of his sponsors - Morgan. It was he who dissuaded him from sailing on the Titanic. Tesla could not dissuade his other sponsor, John Jacob Astor IV, from the fatal voyage. It was strange then, how could Tesla know about everything that people could only guess about? The scientist’s biographers refer to Tesla’s phrase: “My brain is only a receiving device.” “Tesla’s method is to see the unseen through imagination.” Through imagination, the scientist could see those worlds that were inaccessible ordinary people. The mysteries of the son of a Serbian priest still remain unsolved. But the fact is that he could have inherited the passion for inventions from his mother, who, apparently, due to a lack of funds, was forced to save and constantly invent something. Nikola Tesla easily turned fantasy into reality, more often shocking his contemporaries than delighting, but nevertheless his success as a scientist was enormous. It must be said that Tesla was a man of his era - a man of the 20th century, and the scientist could share all his success, the tragedy of the century, his mistakes and miscalculations with his contemporaries. At the turn of the century, in 1900, Tesla’s article “The Problem of Increasing the Energy of Humanity” was published, in which, in particular, Tesla wrote: “Electricity, generated naturally, is another source of energy that can become available. Lightning discharges contain a huge amount electrical energy, which we could use by transforming and accumulating it.” This man, born on July 10, 1856, became the most brilliant scientist of the 20th century. Nikola Tesla's father Milutin Tesla served in the church. His mother helped her husband and raised the children. Nikola Tesla always attributed his success to his parents. “My mother was an inventor of the highest order,” he wrote in his memoirs. She was constantly coming up with something. The genes made themselves felt when the boy was 8 years old. Nikola was born in the now Croatian village of Smiljany. Tesla read a lot. At an early age he could read such serious books as Ben Hur. This is what Tesla recalled: “At the age of seven or eight years, I read a novel called “The Son of Aba.” The ideas contained in this novel are similar to those of the novel Ben Hur, and in this it can be seen as a predecessor of Wallace." And, as a child, having read such serious novels, Tesla began to train himself. For example, a boy really wanted to eat a cake, but he gave it to another, more needy boy. At the same time, the boy, of course, experienced “hellish torments,” but he liked his sacrifice, and he loved helping others. “If I had a difficult task ahead of me, I would attack it again and again. This is the whole secret of the success I have achieved.” Nikola graduated from elementary school in the city where his father was transferred due to his promotion to rank - in Gospic. In 1870, Tesla entered the real military school. As the scientist himself recalls, he had one life path, one choice is to become a priest, like his father. But he had an almost painful desire to engage in science, specifically engineering. By nature, his father was firm and decisive, and Tesla’s genius might not have happened if not for the tragedy that engulfed his hometown. The young man's entire family suffered an unexpected cholera epidemic somewhere around 1873, when he had already completed his studies and returned home. Nikola caught the disease, and would not have coped with it if his father had not promised him that his son would study in the best educational institution in the country. Perhaps the desire to get into educational institution dreams and contributed to Tesla’s recovery. This is how the scientist himself recalled it: “Just at this time, a terrible cholera epidemic broke out in my homeland.

The people knew nothing about the nature of the disease, and sanitation facilities were depressing. People burned huge bundles of fragrant bushes to purify the air, but they drank contaminated water in abundance and died in large numbers, like sheep. Contrary to my father’s unquestioned orders, I rushed home, and the illness crushed me. Nine months in bed, with almost no movement, seemed to have drained all my vitality, and the doctors gave up on me. It was a painful experience, not so much because of the suffering, but because of my great desire to live. During one of my attacks of weakness, my father gave me courage by promising to allow me to study engineering; but this would have remained unfulfilled if I had not been miraculously cured by an old woman.”

It must be said that Tesla’s father kept his promise and allowed him to study as an engineer. Having overcome the illness, the young man entered the technical school in Graz, where he studied electronics. Tesla had phenomenal abilities. In his third year, Nikola suddenly became interested in gambling, which was essentially an attempt for him to escape from life’s troubles.

Nikola managed to win money, which in itself is quite difficult in gambling, but he gave the money to the losers. In 1879, Nikola's father died. Nikola tries to help his family and gets a job as a teacher. Then, with the help of his relatives, he entered the Faculty of Philosophy, but escaped from there and moved to Hungary. In 1880, the future scientist, fulfilling his parent’s will, went to study in Prague. At this time, he met with one person who advised him to do physical exercises. "He had enormous power", and "his body could serve as a model for a statue of Apollo." The teacher and student trained daily. But Tesla book lover, quoted them by heart. One of Nikola’s favorite books was Goethe’s Faust:

“..wonderful dream! But the day has already faded.

Alas, only the spirit soars from the body, detached.

We cannot soar with bodily wings!”

When the scientist uttered the lines of the great poet, he was able to draw up the project diagram he needed. This is how Tesla recalled this: “When I, immersed in my thoughts, uttered these words of the great poet, the decision came like lightning.” The revelation that the man had become an inventor made him very happy. “My ideal was Archimedes. I admired the creations of artists who, thanks to their thoughts, could give unusual form.” In 1882, telephone installation was completed, and Tesla “received an offer to go to Paris.” At that time, the scientist visited Paris, Strasbourg and Alsace, bringing the materials he needed from Paris. In 1883, Nikola Tesla received an invitation to visit America, where he arrived in 1884. In 1884, upon arrival in the States, according to a preliminary agreement, Nikola Tesla entered the Edison plant. As his biographers write, Nikola Tesla and Edison had friendly relations. Still, it was a bit of a strange friendship. It was in America that Nikola Tesla developed the modern electrical system. Work at the Edison plant was very hard, and the man had to work hard from 10 a.m. the previous day until 5 a.m. the next. One of the most strange cases happened to Tesla while working at the Edison plant. As Tesla himself recalled it. “...I was growing uneasy about my invention... one day I saw Edison in the company of his ex-wife, and I wanted to talk to him about this issue, but at that moment some strange tramp jumped out and dragged Edison away.” Tesla did not carry out his intention. The negotiations were disrupted by some strange accident. When the contract with Edison's plant was strangely terminated, Tesla became an independent inventor, finding financial support from outsiders. But since 1888, he began some protracted litigation regarding patents with a number of persons, famous history or more or less unknown. Tesla lived in New York for more than 60 years. There are addresses for him in New York. For example, as American biographers of the scientist write, there is even a “Nikola Tesla Corner” with his own personal sign on 40th Street, where he worked in 1900, at the turn of the era. There is a plaque commemorating Tesla in Bryan Park Place, and the park where he later fed the pigeons is named after him. A Tesla coil is a type of electrical circuit “used to generate low-voltage, high-voltage electricity.” Today they are used in radio and television. In 1901, Tesla received patent support from Morgan to build his laboratory, the facility of which included a "Tesla Tower". His abandoned laboratory may eventually become a museum, a museum named after Nikola Tesla. Passionate about science, Nikola Tesla was never married, nevertheless, he had many fans.

Text: Olga Sysueva

Nikola Tesla - a lone genius

They say that geniuses are sent to Earth by Heaven. Each one with its own special task. But God sent Nikola Tesla, probably too early.

When will his time come?

New York, 48 East Houston Street. At this address lived a strange scientist, unsociable, with a feverish gleam of black eyes. There were rumors that he was a “relative of Count Dracula” and that he himself was a vampire and could not stand sunlight... They also said that he created a weapon capable of tearing the globe to pieces.

In fact, Nikola Tesla had nothing to do with Dracula. On the contrary, he was born into the family of an Orthodox priest. And he really avoided sunlight - because he often came under the influence of powerful electromagnetic fields and his nerves became special sensitivity. The bright light hurt my eyes, the quiet rustling sounded like thunder. But he saw perfectly in the dark.

Rumors about destructive weapons also did not arise out of nowhere. Once Tesla conducted a series of experiments studying the processes of self-oscillations. And suddenly the tables and cabinets in the laboratory shook. Then the glass in the windows began to ring... Passers-by on the streets heard a strange hum. Buildings vibrated, glass fell from windows, gas and heating pipes and water pipes burst. It was the Great New York earthquake. They say that the entire city did not fall into ruins only because Tesla turned off the devices in time. True, official science claims that the experiment simply coincided with a natural disaster. But there is another opinion - the vibrations of the earth were caused by the operation of its installation. This possibility does not seem entirely incredible. After all, we are talking about Nikola Tesla!

This greatest inventor is undeservedly rarely remembered in physics textbooks.

He discovered alternating current, fluorescent light, wireless energy transmission and built the first electric clock, turbine, solar engine, etc.

He invented radio before Marconi and Popov, received three-phase current before Dolivo-Dobrovolsky.

Essentially, the entire energy industry of the 20th century grew on his patents. But this was not enough for him. Tesla worked for several decades on the problem of energy and the entire Universe.

I studied what moves the sun and luminaries. I tried to learn how to control cosmic energy myself. And establish connections with other worlds. Tesla did not consider all this to be his merit. He assured that he was simply acting as a conductor of ideas coming from the ether.

Constant is good, variable is better

A brilliant inventor is born in Serbia in the town of Smilyan on July 9, 1856. Already in his youth, Tesla looked demonic: tall, thin, sunken cheeks, the gaze of burning eyes. Since childhood, he was haunted by strange visions: flashes of light invisible to others. Sometimes he would immerse himself for many hours in the contemplation of some other, unknown worlds, so bright that he confused them with reality. From this almost madness, completely rational technical ideas were born. The young man was especially fascinated by electricity. That which cut through the sky in fiery zigzags and fell in gentle sparkles from the fur of the caressed cat.

The father saw a future priest in his son. But against his will, Nikola went to study at the Higher Technical School of Graz (Austria), then to the University of Prague.
In his second year, Tesla came up with the idea of ​​an induction alternating current generator. The professor with whom Tesla shared the idea thought it was crazy. But this conclusion only spurred the inventor, and in 1882, already working in Paris, he built a working model. In 1884, Tesla set out to conquer America. To Thomas Edison - with a recommendation from a Parisian acquaintance: “I know two great people. One of them is you, the second is this young man.”

Nikola got to New York with adventures. First of all, he was robbed. The traveler arrived in America hungry, without luggage, with four cents in his pocket.

And I immediately became convinced that this was a country of great opportunities: I saw people on Broadway trying to fix an electric motor, and immediately earned $20. Edison took the young electrical engineer into his company, but friction between the inventors began immediately. Because they approached creative problems differently.

Edison only liked things that gave immediate profit. Tesla did what was interesting. All the works of the eminent American were based on direct current. And here some Serb with sparkling eyes is talking about alternating current. Edison tried so hard to prove the danger of Tesla's ideas that he did not hesitate to demonstratively kill a dog with alternating current. But it didn't help. It won - we know what. After all, alternating current still flows through the wires in our apartments.

Free son of ether

The main reason for the break was... differences in views on the origin of electricity. Edison adhered to the well-known theory of "movement of charged particles", Tesla had a different vision.

In his theory of electricity, the fundamental concept of ether was a certain invisible substance that fills the entire world and transmits vibrations at a speed many times greater than the speed of light. Every millimeter of space, Tesla believed, is saturated with boundless, infinite energy, which you just need to be able to extract.

Theorists modern physics they were never able to interpret Tesla’s views on physical reality. Why didn’t he formulate his theory himself? Was he a spiritual harbinger of a new civilization in which the only inexhaustible source of energy would be the asynchrony of various levels of physical processes, that is, Time itself?

Open circuit

After the break with Edison, Tesla was taken in by the famous industrialist George Westinghouse, founder of the Westinghouse Electric company. While working for the company, he received patents for multiphase electrical machines, for an asynchronous electric motor and for a system for transmitting electricity through alternating polyphase current.

And at the same time he is developing new, unprecedented ways of transmitting energy and... How do we connect any electrical appliance to the network? With a fork - i.e. two conductors.

If we connect only one, there will be no current - the circuit is not closed. And Tesla demonstrated power transmission through a single conductor. Or no wires at all.

During his lecture on the high-frequency electromagnetic field to scientists at the Royal Academy, he turned on and off the electric motor remotely, and the light bulbs in his hands lit up by themselves. Some didn't even have a spiral - just an empty flask. It was 1892! After the lecture, physicist John Rayleigh invited Tesla into his office and solemnly proclaimed, pointing to a chair: “Please sit down. This is the great Faraday's chair. After his death, no one sat in it.”

Visitors to the 1893 World's Fair in Chicago watched in horror as a thin, nervous scientist with a funny name passed an electric current of two million volts through himself every day. In theory, there shouldn’t be even a coal left from the experimenter. And Tesla smiled as if nothing had happened, and electric lamps burned brightly in his hands. Now we know that it is not voltage that kills, but current strength, and that high-frequency current passes only through the surface integument. Then this trick seemed like a miracle.

This crazy inventor

In 1895, Westinghouse commissioned the world's largest hydroelectric power station, the Niagara Hydroelectric Power Station. Powerful Tesla generators worked on it. At the same time, the inventor designed a number of radio-controlled self-propelled mechanisms - “teleautomatic machines”. At Madison Square Garden he demonstrated remote control of small boats. People considered it witchcraft. Those who managed to visit Tesla's laboratory recalled with horror how the inventor juggled luminous clots of energy and ball lightning in the air and put them in a suitcase. In 1898, Tesla attached a device to an iron beam in the attic of the building in which the laboratory was located. Soon the walls of the surrounding houses began to vibrate and people poured into the street in panic. Of course, these are the tricks of a “mad inventor”! Journalists and police immediately rushed to Tesla's house, but Tesla managed to turn off and destroy his vibrator. “I could bring down the Brooklyn Bridge in an hour,” he later admitted. And he assured that it is possible to split the Earth, you only need a suitable vibrator and precise timing.

Earth-battery

At the end of the last century, a tower with a large copper sphere on top was built for Tesla's experiments in Colorado Springs. There, the scientist generated potentials that were discharged with lightning arrows up to 40 meters long. The experiments were accompanied by thunderclaps. A huge ball of light glowed around the tower. People on the streets shied away in fear, watching in horror as sparks jumped between their feet and the ground. Horses received electric shocks through iron horseshoes. Even the butterflies "were helplessly spinning in circles on their wings, beating with streams of blue halos."

"St. Elmo's lights" shone on metal objects. All this electrical phantasmagoria was not arranged to scare people.

The purpose of the experiments was different: twenty-five miles from the tower, 200 light bulbs lit up at once. The electric charge was transmitted wirelessly through the ground.

World Communications Tower

In the end, high-profile experiments in Colorado Springs destroyed the generator at the local power plant, and he had to return to New York, where in 1900, on behalf of the banker John Pierpont Morgan, Tesla undertook the construction of the World Wireless Power Transmission Station and. The project was based on the idea of ​​resonant buildup of the ionosphere, involved 2000 people and was called "Wardenclyffe".

Construction of a huge scientific campus has begun on Long Island. The main structure was a frame tower 57 meters high with a huge copper “plate” on top - a giant amplifying transmitter. And with a steel shaft buried 36 meters into the ground. The test launch of the unprecedented structure took place in 1905 and produced a stunning effect. “Tesla set the sky on fire over thousands of miles of ocean,” the newspapers wrote. The inventor intended to build a second tower - for transmitting powerful energy flows without wires - at Niagara Falls. But the project required huge expenses. All of Tesla's money went into this hole.

And Morgan realized that the superstation was unlikely to provide commercial benefits. Moreover, on December 12, 1900, Marconi sent the first transatlantic signal from English Cornwall to Canada. His communication system turned out to be more promising.

Although Tesla built the first wave radio transmitter in 1893, years ahead of Marconi (in 1943, the US Supreme Court confirmed Tesla's priority), he admitted to Morgan that he was not interested in communication, but in the wireless transmission of energy to anywhere on the planet.

But this was not part of Morgan's plans, and he stopped funding. And when did the first one start? World War, the American government, concerned about the possibility of the tower being used by enemy infiltrators, decided to blow it up. Thus Tesla’s blue dream of information unification of the world collapsed.

Lonely somersault in the alleys of the park

After Wardenclyffe's failure, Tesla sold some of his patents for $15 million. He became rich and independent. Founded his laboratory in New York. And he completely devoted himself to scientific research. He wore expensive suits, was a welcome guest in any aristocratic house, and brides from the highest circles looked at him. But Tesla avoided parties, and women too. Journalists dubbed him a “lone wolf” due to his many hours of walking. They stimulated the work of thought. Tesla's obsession with science knew no bounds. He set aside four hours for sleep, two of which were usually spent thinking about ideas. “The technical solutions just came to mind.” Tesla took patent after patent, inventions poured out of a cornucopia.

In addition to his studies in electrical engineering, Tesla was professionally engaged in linguistics and wrote poetry. He spoke eight languages ​​fluently and had an excellent knowledge of music and philosophy.

Tesla lived in the most expensive hotels. The servants were surprised that he demanded eighteen fresh towels every day. If a fly landed on the table during lunch, he forced the waiter to bring a new order. Today's psychic would easily diagnose it as an aggravated form of mesophobia (fear of germs). Tesla combined phobias and obsessive states with amazing energy. Walking down the street, he could do a somersault in a sudden impulse. Or stop on a park alley and read a couple of chapters from Faust by heart. Sometimes he would freeze and stand for a long time, thinking intensely about something, not noticing anyone around. The inventor himself claimed that he could completely disconnect his brain from the outside world.

And in this state, “flashes of enthusiasm,” “inner vision,” and “attacks of hypersensitivity” descended on him. At these moments, the scientist believed, his consciousness penetrated into the mysterious subtle world. Rutherford called him “an inspired prophet of electricity.” Indeed, Tesla knew everything about electricity! It was he who predicted the possibility of treating patients with high-frequency current, the appearance of electric furnaces, fluorescent lamps, and an electron microscope.

The squares and streets of New York were illuminated by arc lamps designed by Tesla. The enterprises operated his electric motors, rectifiers, electric generators, transformers, and high-frequency equipment. Although Marconi received the first patent in the field of radio, many of his other applications were rejected because Tesla had already received a lot of patents for improvements in radio equipment. In 1917, Tesla proposed the principle of operation of a device for radio detection of submarines.

What did the Martians whisper?

Tesla did not patent many of his discoveries and did not even leave drawings. Most of his diaries and manuscripts have not survived, and only fragmentary information about many inventions has survived to this day. And hundreds of legends. Tesla is also credited with the Tunguska disaster (1908). Wardenclyffe Tower could easily transmit enormous energy through the ionosphere to another part of the world. But they never found his meteor... True, he left the project in 1905. But all the equipment was in place... There is a suspicion that Tesla created a time machine, or something similar. He himself assured that he received his technical and scientific revelations from the single information field of the Earth. The radio waves of his devices propagated there, and from there he received signals inaudible to anyone. In 1926, Tesla installed radio towers in Waldorf-Astoria and in his laboratory in New York. And he caught mysterious signals of a man-made nature of unknown origin, one of the possible sources of which he named Mars. In the newspapers of that time you can find mocking notes about the connections of the mad inventor with the Martians. But the scientist himself took this more than seriously: “In order to accomplish this miracle, I would give my life!” Tesla also had other extraordinary abilities. One day he felt a strong desire to detain his guests who were staying with him, and literally by force did not allow them to board the train. Thus, he probably saved them from death, because the train actually went off the rails, and many passengers were killed or injured.

Another time he had a dream that his sister Angelina became mortally ill and died. And it turned out to be true.

Eh, I'll give it a ride

In 1931, Tesla showed the public a mysterious car. The gasoline engine was removed from the luxury limousine and an electric motor was installed. Then Tesla, in front of the public, placed a nondescript box under the hood, from which two rods protruded, and connected it to the engine. Having said: “Now we have energy,” Tesla got behind the wheel and drove off. The car was tested for a week. It reached speeds of up to 150 km/h and did not seem to need recharging at all. Everyone asked Tesla: “Where does my energy come from?” He answered: “From the ether.” Probably today we would already drive cars with perpetual motion machine, if those long-time spectators had not started talking about evil spirits. The angry scientist took the mysterious box out of the car and took it to the laboratory. Its mystery has not yet been solved.

Geniuses disappear unnoticed

Shortly before his death, Tesla announced that he had invented “death rays” that could destroy 10,000 aircraft from a distance of 400 km. Not a word about the secret of the rays.

They said that in the last years of his life he worked on the construction of artificial intelligence. And I wanted to learn how to photograph thoughts, considering it quite possible.

Tesla died on Christmas Day, January 7, 1943. At 86 years old. The Second World War was going on in Europe, and Tesla's projects for the military department remained unfinished.

Maybe that’s why he stubbornly refused the help of doctors. In the morning the maid entered the room - Tesla was lying on the bed dead. The body of the great inventor was cremated, and an urn containing his ashes was installed in Ferncliffe Cemetery in New York. Thus ended the life of the most mysterious, perhaps, of all great scientists.

Where did the invisible destroyer go?

In the pre-war years, Tesla began working on secret projects for the US Navy. This included the wireless transmission of energy to defeat the enemy, the creation of resonant weapons, and attempts to control time. From 1936 to 1942, he was director of Project Rainbow, a stealth technology project that carried out the infamous Philadelphia Experiment.

Tesla foresaw the possibility of human casualties and delayed the experiment, insisting on altering the equipment. However, in war conditions there was neither time nor money for this, and casualties were considered inevitable. Ten months after Tesla's death, the US Navy conducted an experiment to make a ship invisible to radar. To do this, an “electromagnetic bubble” was created on the destroyer Eldridge - a screen that would deflect radar radiation past the ship. Using Nikola Tesla's generators. The experiment revealed a completely unexpected side effect. The ship became invisible not only to radar. But also for the naked eye. Moreover, witnesses claim that they unexpectedly saw him in Norfolk, hundreds of miles away. For the people involved in the project, this teleportation was a disaster. While the ship was "moving" from the Philadelphia naval base to Norfolk and back, the ship's crew members completely lost their orientation. In time and space. Upon returning to base, many were unable to move without leaning on the walls. And they were in a state of inescapable horror. Subsequently, after a long period of rehabilitation, all team members were dismissed as “mentally unbalanced.” As a result, the Rainbow project was closed. And the results of the experiment were kept secret. Nobody knows what really happened there. The author of the phantasmagoria, who could explain what happened, was no longer alive.

Worlds discovered by Tesla

Only now are we beginning to realize the door to what an unknown world Tesla opened.

The Kirlian effect, for example, was patented in 1949, and Tesla demonstrated the effect of the amazing glow of the “aura” of objects back in late XIX century. Half a century after Tesla juggled ball lightning, Nobel Prize laureate P.L. tried to create it. Kapitsa. In the 1980s, at an experimental installation for the creation of ball lightning, I.M. Shakhparonov received a “by-product” in the form of magnetic graphite with unique properties. Moreover, the elements of the installation itself were the source of an unknown field that reduces blood clotting, improves the taste of food products and even vodka. Today, the effect of strong magnetic fields on living organisms is actually demonstrated in Japan, where frogs and dogs are sent into “zero gravity.” In super strong magnetic fields animals "float in the air." However, people do not fly yet - the consequences of the actions of such fields have not been studied.

Some scientists are now keen on studying the torsion field, and are looking for information about it in Tesla’s fragmentary notes. But there are few of them left.

Most of Nikola Tesla's diaries and manuscripts disappeared under unclear circumstances.

Where are they today? What secrets do they contain? Maybe they are stored in Pentagon safes and are waiting in the wings.

Or maybe, as some biographers believe, Nikola burned them himself at the beginning of World War II, convinced that this knowledge was too dangerous for unreasonable humanity...