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The Falsification of Mendeleev’s Periodic Table: One Of The Biggest Crimes In Science!

One of the biggest crimes in science for the last 150 years is the falsification of the Mendeleev’s Periodic Table. For more than a century, scientists have relied on the Periodic Table to classify and understand the elements of our universe. However, there is a hidden story behind the famous table that has been deliberately kept secret. The truth is that the original periodic table, created by the Russian scientist Dmitri Mendeleev in 1905, included a mysterious chemical element called "ether". This element was considered the smallest constituent of all other elements and was believed to be the key to understanding the connection between matter and energy. However, after Mendeleev's death, world academic science manipulated the table and eliminated the ether, which allowed for the creation of the theory of relativity. Today, this mysterious element is known as Newtonium and its discovery could revolutionize our understanding of the universe.
Transcript
00:00One of the biggest crimes in science for the last 150 years is the falsification of the
00:06Mendeleev's periodic table.
00:10For more than a century, scientists have relied on the periodic table to classify and understand
00:17the elements of our universe.
00:19However, there is a hidden story behind the famous table that has been deliberately kept
00:25in secret.
00:27What is that truth and are we finally ready to accept it?
00:31We will try to find out together in the new episode of Secret Origins.
00:36Welcome.
00:37The truth is that the original periodic table created by the Russian scientists Dmitry Mendeleev
00:46in 1905 included a mysterious chemical element called ether.
00:53This element was considered the smallest of all other elements and was believed to be
00:59the key to understanding the connection between matter and energy.
01:04However, after Mendeleev's death, world academic science manipulated the table and eliminated
01:11the ether which allowed for the creation of the theory of relativity.
01:17Today, this mysterious element is known as Newtonium and its discovery could revolutionize our
01:25understanding of the universe.
01:27It is not a question of substitution or incorrect arrangement of chemical groups, but of a deletion
01:35of a single but very important, unstudied and deliberately kept secret chemical, element
01:40called ether.
01:41It is the smallest of all, smaller than molecules and part of the base from which atoms are derived.
01:49The Russian scientists published the very original of the periodic table in 1905 in the textbook
01:57Fundamentals of Chemistry.
01:59There, in Group Zero, along with the inert gases we know Helium, Neon, Krypton and Xenon, Mendeleev placed ether.
02:12But who was he?
02:13Who was Dmitry Mendeleev?
02:16Mendeleev was the first to arrange the chemical elements according to regularity and his idea is so insightful
02:23that we are even used to calling the periodic system of chemical elements Mendeleev stable.
02:30This Russian scientist and encyclopedist Dmitry Mendeleev was born on February 8, 1834 in Tobolsk, Western Siberia.
02:41His research interests have not only been in the field of chemistry.
02:45Mendeleev was also involved in physics, mineralogy, meteorology, economics, technology,
02:52he was the older of a number of fundamental studies in these areas.
02:57Do we know how he came to invent the periodic table?
03:02By the mid-90s century 63 chemical elements had been discovered.
03:07Mendeleev, like other scientists of his era, sought some unifying scheme to connect them.
03:14According to a legend, the scientists tried to solve this problem by arranging cards on which he had written
03:20the names of the 63 known elements along with their atomic weights and tried to arrange them into groups.
03:29But he didn't feel like it.
03:32He got tired and fell asleep.
03:34And it was in a dream that he saw the solution.
03:38However, great discoveries still do not come without effort, but rather are a result of hard work.
03:46Based on the vast amount of factual information he gathered about the specific gravities
03:51and composition of silicon compounds, Mendeleev arrived at broader concepts,
03:57the concept of an element's place in the periodic table as a combination of its properties
04:03compared to the properties of other elements, the quantitative ratios of its mass,
04:09and the characteristics of the substance.
04:13So, what exactly was this mysterious element that Mendeleev placed at the beginning of the periodic table?
04:21He called it Newtonium in honor of the great Isaac Newton.
04:26It was he who claimed that
04:29the entire space of the universe consists of an elusive gas
04:33without which the existence of anything is impossible.
04:37Mendeleev also believed that ether was the connecting part of chemistry and physics
04:44and a basic building block.
04:48At the end of the 19th century, the Russian was one of the last world-famous scientists
04:53who defended the idea that the Newtonian ether is the substance from which the universe is built
05:00and in it is the key to unraveling it.
05:04Now-a-days, the name Newtonium is used as the working name for an as-yet-undiscovered element
05:12with atomic number 119, its symbol NW, and it appears in the scientific literature as
05:21Unonium or element 119.
05:24In the periodic table, it should be the seventh alkali metal and the first element of the eighth period.
05:31Unonium is silvery liquid metal at 25 degrees but freezes at 20 degrees celsius.
05:39Scientifically speaking, Newtonium is practically not found on Earth.
05:43This element can only be synthesized naturally by the largest supernova or massive neutron star collisions
05:51because it requires a huge amount of energy to make it.
05:55The calculated amount of Newtonium in the entire universe is this
06:01kilograms, which is equal to half the mass of Jupiter.
06:05After the death of Mendeleev, the periodic law was deliberately edited by world academic science.
06:15The removal of the ether, the change in which the inert gases are united with the elements of the eighth
06:22group and the table assumes that the form in which it is now studied.
06:27The elimination of the ether allowed Einstein borrowing the ideas of Henry Poincaré,
06:32to create and impose the theory of relativity.
06:36Physicists abandoned the concept of ether and recognized the electromagnetic field
06:41as a self-sufficient object that does not need an additional carrier.
06:47By accepting this thesis, scientists gave priority and a leading role to matter.
06:53Thus, the connection between physical and implicit order is excluded,
06:57and men of science consider only the material substance.
07:03From the point of view of the whole, from one more global perspective,
07:08from the perspective of all there is, this is only a half understanding.
07:14The last time the real table saw the light of day was in 1906 in the textbook
07:19Fundamentals of Chemistry, and 96 years later it rose from the ashes,
07:25thanks to the publication of the Russian Physical Society's magazine.
07:29The main distortion of the table is the transfer of the zero group to its end to the right and the
07:36introduction of so-called periods. Such a seemingly harmless manipulation can be
07:42logically explained by a conscious removal of the main link in Mendeleev's discovery.
07:49Mendeleev writes,
07:50Let's mentally approach this important, therefore the fastest-moving element X, which according to my
07:58view can be considered ether. I wish in advance to call it Newtonian in honor of the immortal Newton.
08:06The problem of attraction and the problem of all energy can have no real solution without a real
08:12understanding of the ether as a universal medium transmitting energy at a distance.
08:19A true understanding of the ether cannot be attained by ignoring its chemistry
08:24and not considering it an elemental substance.
08:31In the 19th century, the concept of the world ether had a huge impact.
08:37The scientists of that time reasoned like this.
08:40Since sound waves need a medium to propagate air, liquid or solid body,
08:46there should be a material medium in which light waves can be transmitted.
08:51And for such a medium was chosen the ether, which fills all space and carries light, heat and gravity.
09:00Scientists have studied highly rare field gases to prove the existence of the ghostly substance.
09:08Mendeleev also tried by diluting the air to reach some gas with very small weight,
09:14so that the properties of ordinary substances would no longer overlap the properties of ether.
09:21In an appendix to the textbook Fundamentals of Chemistry on the Periodic Table, Mendeleev wrote in 1871,
09:30The lightest of all, millions of times, is the ether.
09:34And in 1874, in a workbook, the scientist was even more categorical.
09:41At zero pressure in the air, there is some density, and that is the ether.
09:49Nowadays, academican Alexey Yuryevich Zolotorev is taking on the task of
09:55rehabilitating the original Mendeleev's table, unwillingly has the support of a very powerful ally.
10:02It is interesting enough that Stalin himself ordered the primitive version of the table
10:08to be displayed as a wall mosaic in the Leningrad Museum.
10:13This happens in 1935, and there the zero group is present.
10:19At the same time, however, it is expressed in textbooks.
10:23For the existence of the ether, Zolotorev also refers to the discoveries of the brilliant
10:28scientist Nikola Tesla. In 1892, he constructed a resonant transformer,
10:35obtaining at the output an energy many times greater than that at the input.
10:41When journalists ask him how this is possible, he answers,
10:45I capture energy from the ether and transform it into electricity.
10:51Tesla goes even further, finding a way to transmit electrical energy without wires,
10:56directly through the air itself. After the newspapers of the time were buzzing
11:01about his sensational experiments, suddenly the discoverer's practices became conspiracy.
11:08And his name became a taboo for the media, having created more than 1,000
11:14inventions and more than 800 patents. Nikola Tesla died in a hotel room, alone, poor, in debt.
11:22According to some theories, his notes were seized and classified because at a time,
11:28when oil was becoming a staple of booming economies, the creation of a cheap alternative would disrupt
11:34the emerging world order. This is by no means accepted by both the traditional academic community
11:41and the financial elite that fund it. In the end, the concept of ether was erased from physics,
11:48and science was pushed in another direction by the helpful theory of relativity, in which space and time
11:55are mixed. The great mysteries surrounding the altered Mendeleev table also provide food for the
12:04researchers of the transcendental and occult. What is air? According to them, this is the energy that the
12:11body releases after death. American psychologist John Ketchuba, in his book Ghostbusters, uses the
12:19laws of physics to point out that the energy in the universe is constant and cannot be destroyed,
12:26but all space is filled with an invisible substance called ether. The American believes that this is
12:33exactly the energy that is released from the body after a person's death. Jerry Vasilatos, in the Lost
12:40Discoveries, deals with the Victorian scientists who wanted to prove that there is a substance that
12:47filled all space in matter. They called it ether and gave it a divine origin. Skeptics, on the other hand,
12:55find ethereal tales really airy and join the forbidden physics theory to pseudoscience. According to
13:03Einstein's taunch supporters, the sensational opinions about the existence of a such small particle are
13:09untenable. Was Mendeleev right about the existence of the ether? Is this the substance of the energy
13:17surrounding us? If it really exists, can we imagine the significance of the great discovery made by
13:23Mendeleev all those years ago? The proof of ether and its significance to both chemistry and physics
13:31can open up a new realm of understanding and possibilities. The world may never know why the
13:37truth was hidden for so long, but what is clear is that the legacy of Mendeleev lives on and his
13:44contribution to science will never be forgotten. The pursuit of knowledge never stops and we believe
13:52that with each new discovery the mysteries of the universe are slowly but surely uncovered. We bow before
14:00you and thank you for watching another episode of Secret Origins. Keep your minds open and until we meet again.
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