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00:00The famous Mójit Nikola Tesla was found dead in a New York hotel.
00:04He was 86 years old when he died.
00:07According to initial determinations, it is said that Nikola Tesla will have a heart attack.
00:12Some doubts about the cause of Tesla's death.
00:15The famous Mójit Nikola Tesla was found dead in a New York hotel.
00:20He was 86 years old when he died.
00:22According to initial determinations, it is said that Nikola Tesla will have a heart attack.
00:27Some doubts about the cause of Tesla's death
00:30Is Mr. Tesla dead or has he
00:32BHE famous Mujit Nikola Tesla was found dead in a New York hotel
00:37He was 86 years old when he died
00:39According to initial determinations, it is said that Nikola Tesla will have a heart attack
00:45Some doubts about the cause of Tesla's death
00:48Is Mr. Tesla dead or has he been murdered
00:51Against it again in the news of the Daystone
00:53One of the greatest inventors Nikola Tesla has witnessed in the world has been arrested
00:58He made countless inventions
01:01He literally teleported the world and never got the yield
01:04The New Yorker hotel alone embraced death
01:07But he had an invention that perhaps brought about his end
01:10This invention was the death light with the name given by the media
01:14Could Tesla have invented the world's first weapon of mass destruction?
01:19Is he trying to sell his invention to the Nazis?
01:21If he was killed, was one of these involved?
01:25In this video series, explore Nikola Tesla's incredible inventions
01:29LA have invented the world's first weapon of mass destruction?
01:33Is he trying to sell his invention to the Nazis?
01:36If he was killed, was one of these involved?
01:39In this video series, explore Tesla's incredible inventions
01:42Old Tesla have invented the world's first weapon of mass destruction?
01:47Is he trying to sell his invention to the Nazis?
01:50If he was killed, was one of these involved?
01:53In this video series, explore Nikola Tesla's incredible inventions.
01:58We will question the authenticity of this famous picture,
02:01the fact that Tesla did not record the invention of the beginning of death.
02:05Theories about the death and of course the fight with Thomas Edison continue regarding the incident.
02:11He was born in 1856 in a small village in present-day Croatia, Laikis Milan,
02:16on a night when lightning was striking constantly.
02:19Nikola Tesla's father was a devout Orthodox Christian.
02:23His father was a strict Orthodox, which often overwhelmed him.
02:27Thanks to this, he had a withdrawn and cautious childhood.
02:31He was incredibly talented in mathematics.
02:33His father had sworn that he would be his successor.
02:36But he wanted to be an engineer as father was a strict Orthodox, which often overwhelmed him.
02:42Thanks to this, he had a withdrawn and cautious childhood.
02:45He was incredibly talented in mathematics.
02:48His father had sworn that he would be his successor.
02:51But he won as father was a strict Orthodox, which often overwhelmed him.
02:56Thanks to this, he had a withdrawn and cautious childhood.
03:00He was incredibly talented in mathematics.
03:03His father had sworn that he would be his successor.
03:06But he wanted to be an engineer.
03:085.
03:08When he came to the age of 5, he caught cholera, which was fatal.
03:13He received treatment for about a year and was expected to die.
03:17But the little Tesla miracle had defeated death.
03:20This would change the fate of the possibility.
03:23He promised his father that he would be able to change his transmission.
03:27Tesla, who was considered to be on the verge of death, miraculously recovered.
03:31He started studying in the departments of dream engineering at the university.
03:36However, he had to leave the school due to some circumstances.
03:40But electricity and what it could do fascinated Tesla started studying in the departments of
03:45dream engineering at the university.
03:48However, he had to leave the school due to circumstances.
03:51But electricity and what it could do fascinated Tesla.
03:53He was reading and reading about electricity, and his research would lead him to one of America's
04:11most famous inventors.
04:131884, Nikola Tesla sailed to America from the Austrian Empire, Croatia.
04:18He was now a 28-year-old boy.
04:21The reason he came to America was because of Thomas Edison, who turned electricity into
04:26a light source.
04:27He was more impressed by her services.
04:30Despite the great leap in industrialization, humanity was still using oil lamps and candles.
04:36It had only been four years since Edison had improved the light bulb with the knowledge
04:40he had gained from Alessandro Volta and started selling its parts for dollar the great leap in
04:45industrialization.
04:47Humanity was still using oil lamps and candles.
04:50It had only been four years since Edison had improved the light bulb with the knowledge
04:55he had gained from Alessandro Volta and started selling its parts for $2.50.
05:00He was selling the light bulb, but electricity did not have a system to spread to the masses.
05:06It had only been four years since Edison had improved the light bulb with the knowledge he had gained from Alessandro Volta and started selling its parts for $2.50.
05:17He was selling the light bulb, but electricity did not have a system to spread to the masses.
05:23It was thought that Edison's direct current could deliver electricity to every home via cables.
05:30This required a power plant to be scattered every two streets and to transfer the power to the homes in this way.
05:35In addition to these system costs, it was also unreliable, because direct current generators are sensitive and can cause electrical failures at the slightest problem.
05:45This is being done even though it started from these specific points a few years later, because direct current generators are sensitive and can cause electrical failures at the slightest problem.
05:56This is being done even though it started from these specific points a few years later.
06:01George Westinghouse, that is, the Westinghouse Company, which was rich with the air brakes it made for trains in the same years, wanted to e-cause direct current generators are sensitive and can cause electrical failures at the slightest problem.
06:16This is being done even though it started from these specific points a few years later.
06:21George Westinghouse, that is, the Westinghouse Company, which was rich with the air brakes it made for trains in the same years,
06:28wanted to spread electricity over a longer distance by using alternating current, albeit primitive, instead of direct current and to get ahead of Edison.
06:38Nikola Tesla was right next to Edison at this time.
06:41Tesla sent a letter to Edison, and he was accepted to work at his company after writing and being accepted by Edison.
06:48Then they started working together.
06:50A few weeks later, Thomas Edison asked Tesla for $50,000 in exchange for repairing the broken generators
06:57and making them more efficient.
06:58Tesla, with his intelligence, quickly did weigh in.
07:12They started working together.
07:15A few weeks later, Thomas Edison asked Tesla for $50,000 in exchange for repairing the broken generators and making them more efficient.
07:23Tesla, with his intelligence, quickly did what Edison had done and when he wanted to get his money, he received the following answer.
07:31So you won't reconsider my fee?
07:33What are you talking about?
07:35You said $50,000 to me.
07:37Are you not satisfied with the contribution I have made?
07:40No, I'm not going to give you $50,000 or something.
07:44That was a joke.
07:46This incident will bother Tesla a lot.
07:48At this time, the Westos company made a system that could transmit 2 kilometers of electricity and illuminate it with bulbs.
07:55For this, they produced alternating current by erecting poles along the electricity line.
08:01At that time, this was like a miracle.
08:03At this time, the Westos company made a system that could transmit 2 kilometers of electricity and illuminate it with bulbs.
08:10For this, they produced alternating current by erecting poles along the electricity line.
08:15At that time, this was like his time, the Westos company made a system that could transmit two
08:21kilometers of electricity and illuminate it with bulbs. For this, they produced alternating current
08:27by erecting poles along the electricity line. At that time, this was like a miracle. But the
08:33Weston Chaos company did not do this in a sustainable way. Because they did not have a
08:39system. For this reason, they needed an alternating current powered engine. On the other hand,
08:44Tesla tells Edison that he should give up on direct current. But Edison spent all his fortune on this
08:50and did not want to start over for alternating current. Tesla realized that he could not
08:55convince him of this and could not stand it any longer and left the Edison company.
09:00So which one is healthier? Direct current or alternating Esla realized that he could not
09:06convince him of this and could not stand it any longer and left the Edison company.
09:10So which one is healthier? Direct current or alternating current?
09:15The current advocated by Edison drifts only correctly at a certainesla realized that he
09:20could not convince him of this and could not stand it any longer and left the Edison company.
09:25So which one is healthier? Direct current or alternating current?
09:30The current advocated by Edison drifts only correctly at a certain voltage over a single
09:35correct line and cannot be passed beyond two keters. Just to light up a small town,
09:40it takes burying a lot of wires and consuming a generator on its two streets.
09:46But the direct current system is much less loss for a person.
09:50In this new current, which is the alternative advocated by Tesla,
09:53the appearance and distribution of the current can be changed.
09:57Also, while direct current could be extended to a maximum of 12 kilometers,
10:01alternating current could damage miles away and illuminate a whole city.
10:06The problem is that people can be weakened by alternating current.
10:10Thus, the current wars began in the 19th century or so,
10:14while direct current could be extended to a maximum of 12 kilometers,
10:18alternating current could damage miles away and illuminate a whole city.
10:22The PLSO, while direct current could be extended to a maximum of 12 kilometers,
10:27alternating current could damage miles away and illuminate a whole city.
10:32The problem is that people can be weakened by alternating current.
10:36Thus, the current wars began in the 19th century.
10:40After leaving Edison, Tesla founded his own company, Tesla Electric and Manufacturing,
10:45in 1886 and patented his first inventions.
10:49Investors wanted to see Tesla's inventions,
10:52sharing Tesla's patents for transformers and motors that produce alternating current with consumers.
10:57These are just the patents for the engines they want to produce.
11:01Investors are not keen on Tesla's new type of alternating current engine.
11:06It mocks Edison's work by comparing it to the correct flow of most
11:10or just the patents for the engines they want to produce.
11:13Investors are not keen on Tesla's new type of alternating current engine.
11:18It mocks Edison's work by comparing it to the correct flow of most of the work.
11:23In fact, during those engines they want to produce.
11:26Investors are not keen on Tesla's new type of alternating current engine.
11:31It mocks Edison's work by comparing it to the correct flow of most of the work.
11:36In fact, during those years, he made an agreement with a company to sell his patents in exchange for getting shares in the company.
11:43However, those in the company did not give him enough time and eventually fired him.
11:49Moreover, they bought his patents.
11:50Just as he is about to give up, Tesla may regain his hopes.
11:55He doesn't have a penny in his pocket.
11:57That's why he has to work as a ditch digger on two roads a day.
12:01The sad part is that the company he was digging ditches for belonged to Edison Electric.
12:06Why he has to work as a ditch digger on two roads a day.
12:10The sad part is that the company he was digging ditches for belonged to Edison Electric.
12:15Tesla would later describe the later part of his life as a very difficult period in 1886,
12:21when he had to wait for the cause why he has to work as a ditch digger on two roads a day.
12:26The sad part is that the company he was digging ditches for belonged to Edison Electric.
12:31Tesla would later describe the later part of his life as a very difficult period in 1886,
12:37when he had to wait for the cost of higher education in various branches of science,
12:42mechanics and literature.
12:44But what he did not know was that his fate would change in that place later.
12:48In late 1886, Tesla was lucky.
12:52Two investors had heard of Tesla's text.
12:54They offered to financially support him greatly.
12:57Together in April 1887, they formed the Tesla Electric Company,
13:02with one-third of the shares going to Tesla, one-third to two other investors,
13:06and the remaining one-third to develop the company.
13:10In the same year, Tesla developed an induction motor using alternating AUG Ether.
13:14In April 1887, they formed the Tesla Electric Company,
13:18with one-third of the shares going to Tesla, one-third to two other investors,
13:23and the remaining one-third to develop the company.
13:26In the same year, Tesla developed an induction motor usinogether in April 1887.
13:32They formed the Tesla Electric Company, with one-third of the shares going to Tesla,
13:37one-third to two other investors, and the remaining one-third to develop the company.
13:42In the same year, Tesla developed an induction motor using alternating current.
13:47A year later, in 188, he patented the engine.
13:51In addition to their patent work, these two investors wanted to publicize all the riches
13:56in the region with the engine. In 1889, a new laboratory was established at 175 Grand Street
14:03in Brooklyn. Here wireless broadcasting, electromagnetic radiation and especially
14:08high-frequency currents begin. In 1890, Tesla discovered fluorescent lighting.
14:14Forty years before fluorescent lamps were used in homes, Tesla was using them in his laboratory.
14:20I-Tesla discovered fluorescent lighting. Forty years before fluorescent lamps were used in homes,
14:26Tesla was using them in his laboratory. It was popular in those years.
14:31In those years, Tesla gave a breathtaking lecture in a classroom at the George Weston Lecture Hall
14:37of the American Institute of Electrical Engineers, N-1890, Tesla discovered fluorescent lighting.
14:43Forty years before fluorescent lamps were used in homes, Tesla was using them in his laboratory.
14:50It was popular in those years. In those years, Tesla gave a breathtaking lecture in a classroom at
14:56the George Weston Lecture Hall of the American Institute of Electrical Engineers, following him
15:01to demonstrate how wired lighting could be used. Two large pieces of plate were hung from the ceiling
15:07and connected to a Tesla coil. Tesla then began to speak.
15:11Here is a glass tube emptied with tiny air. I'm taking him. A part of my body is in contact with
15:18high-voltage wire systems, and the tube in my hand is shining brilliantly. In fact, this also contained
15:24a political message about alternating current safety. This is what Westinghouse saw in the show
15:30Part of my body is in contact with high-voltage wire systems, and the tube in my hand is shining
15:35brilliantly. In fact, this also contained a political message about alternating current safety.
15:43This is what Westinghouse saw in part of my body is in contact with high-voltage wire systems,
16:02and the tube in my hand is shining brilliantly. In fact, this also contained a political message
16:08about alternating current safety. This is what Westinghouse saw in the show. Eventually,
16:1560,000 patent settlements were reached between Tesla and Westinghouse. Tesla now had the necessary
16:21financial resources. On the other hand, the news of the agreement between Tesla and Westinghouse
16:27drove Edison crazy. Smear campaigns began about Thomas Edison's alternating current.
16:33Brutal demonstrations are held on the streets about the dangers of alternating current.
16:37For example, they connect an old horse and give it alternating current electricity.
16:43It happens within seconds. Dozens of people there. Brutal demonstrations are held on the streets
16:48about the dangers of alternating current. For example, they connect an old horse and give it
16:54alternating current electricity. It happens within seconds. Brutal demonstrations are held on the
16:59streets about the dangers of alternating current. For example, they connect an old horse and give it
17:05alternating current electricity. It happens within seconds. Dozens of people there watch it.
17:11Later, the cat, the dog, a sheep, a goat and even a circus elephant are given alternating current to
17:17show how many are missing, and they are shown. Then an idea comes to mind. Electric execution.
17:23Edison secretly funds a more advanced solution and alternative to the rain, an electric chair.
17:29William Kemmler, who was executed for the crime of killing his wife,
17:33was electrocuted in New York's prison on August 6, 1890, and thus the electric chair was invented.
17:40This is what the newspaper headline of the period William Kemmler, who was executed for the crime
17:45of killing his wife, was electrocuted in New York's prison on August 6, 1890, and thus the electric
17:51chair was invented. This is what the newspaper headline of the period said. After the first
17:57attempt to kill him with an electrical shock, it was followed by the slow-treat Manilium Kemmler,
18:02Kemmler, who was executed for the crime of killing his wife, was electrocuted in New York's prison on
18:07August 6, 1890, and thus the electric chair was invented. This is what the newspaper headline of
18:14the period said. After the first attempt to kill him with an electrical shock, it was followed by
18:20the slow treatment of the scientists who had fallen in the face of the victim who was already showing
18:24signs of life. The current was used a second time and William Kemmler's execution continued.
18:30What happened was and will never be forgotten. A year later, in 1892, Nikola Tesla opened his
18:37laboratory at the 5th Manhattan. He's moving it to a house on the street. Here, in addition to its size,
18:44he invented the oscillator. The oscillator is a piston-driven electric generator. The system is
18:50designed to produce electricity by pushing a piston connected to the armature up and down,
18:55causing it to vibrate at high speeds. In addition to its size, he invented the oscillator. The oscillator
19:03is a piston-driven electric generator. The system is designed to produce electricity by pushing a
19:08piston connected to the armature up and down, causing it to vibrate at high speeds. However, Tesla does not
19:16see. This system is the first step on the floor. Next time, Tesla is a piston-driven electric generator. Please
19:20use the vacuum, theoretical generator. Can you use the battery on the other side? We will
19:24see it in a且le of an airspeed. This time it has been a piston-driven electric generator. Now let's
19:27see what's going on. The other side of the way it is going on. The third time it has been
19:28done in the last mechanism to create anCER мест. The system is going on. The other side of the
19:28vehicle is going on. The other time the side of the system is a piston-driven electric generator. The
19:296th an inch- dysfunctional станral electric generator could make it work in between a
19:30state. The system itself is going on. The other side of the way it must
19:33is a piston-driven electric generator. The other side of the way it
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