Bob Lazar stated that the “Sport Model” Flying Disc amplified the “Strong Nuclear Force” of Element 115 (UnUnPentium or UUP, currently named Moscovium) to generate the gravity field for “Space-Time Compression.” Bob also stated that the U.S. Government had 500 pounds of Element 115 in their possession. The raw Element 115 was given to the U.S. Goverment at S4 by the Reticulan EBEs in the form of discs. The scientists at S4 sent the Element 115 discs through Groom Lake to Los Alamos National Laboratory in New Mexico, to be milled for use in the Anti-Matter Reactor. The Los Alamos personnel were told it was a new form of armor. They simply followed orders, milled it in accordance with the following steps, and sent it back to Groom Lake. It was during this process that some of the Element 115 turned up missing. As you’ll see below, the machining process to form the Element 115 wedge produces a tremendous amount of waste.
Moscovium is a synthetic chemical element with the symbol Mc and atomic number 115. It was first synthesized in 2003 by a joint team of Russian and American scientists at the Joint Institute for Nuclear Research (JINR) in Dubna, Russia.
- Ununpentium (atomic number 115, symbol Uup) is a synthetic, transuranium element which is very unstable and higly radioactive. It is a super heavy post-transition metal also known as element 115 and eka-bismuth. Ununpentium is the temporary name. Isotopes and Predicted Properties This is a 7-period, p-block element and the heaviest known pnictogen.
- Ununpentium (Moscovium) is an artificial chemical element with symbol Mc and atomic number 115. Learn more about the uses and properties of Ununpentium at vedantu.com.
- In 2014, Lazar appeared with investigative journalist, George Knapp to discuss the news about the ‘discovery’ of ununpentium. Although the atom appeared to be too unstable to be useful, he claimed that soon, a new isotope of the element would prove much more stable. He passed several polygraph tests to confirm the authenticity of his claims.
Bob Lazar stated that the Element 115 used as the fuel and gravity source in the “Sport Model” Flying Disc was stable. On February 2, 2004, scientists at the Lawrence Livermore National Laboratory, in collaboration with researchers from the Joint Institute for Nuclear Research in Russia (JINR), announced that they discovered two new super-heavy elements, Element 113 and Element 115. The Isotope of Element 115, produced by bombarding an Americium-243 (95Am243) nucleus with a Calcium-48 (20Ca48) nucleus, rapidly decayed to Element 113. then continued to decay until a meta-stable isotope was obtained.
The following hypothetical reaction displays the maximum theoretical atomic mass of an Element 115 Isotope that could be produced from combining an Americium-243 nucleus with a Calcium-48 nucleus. The following reaction assumes no neutrons were liberated during the process of the reaction:
95Am243 + 20Ca48 → 115Mc291 → 113Nh287 + 2He4 → ...
The following reactions are the actual reactions that took place in the laboratory by bombarding Americium-243 with Calcium-48, which resulted in the two Isotopes of Element 115, indicated below, being identified.
95Am243 + 20Ca48 → 115Mc288 + 30n1115Mc288 → 113Nh284 + 2He4 → ...
95Am243 + 20Ca48 → 115Mc287 + 40n1115Mc287 → 113Nh283 + 2He4 → ...
|The woo is out there|
|Aliens did it...|
|... and ran away|
v - t - e
Moscovium, element 115,[note 1] (historic names: ununpentium, equivalent in fiction: Elerium-115) is a heavy radioactive element that doesn't exist in nature, although several isotopes of it have been artificially synthesized with about 50 atoms produced or suspected to have been produced since around 2003. In December 2015, it was recognized as one of four new elements by the Joint Working Party of international scientific bodies IUPAC and IUPAP. On 28 November 2016, it was officially named, based after Moscow, Russia, due to the collaborative efforts from Russian and American scientists and the historical significance of the Joint Institute for Nuclear Research.
Because moscovium is a very heavy and unstable element, it's very unlikely to ever exist in sufficient quantities and with sufficient stability to participate in chemical reactions. However, it's possible to predict its properties based on the other trends shown in the periodic table. It is part of Group 15 of the periodic table, primarily known for containing nitrogen and phosphorus. However, it's most likely to have properties resembling bismuth, as they have similar electron structure. Also relativistic effects alter the relative energies of electrons in very heavy elements. Hence, while nitrogen, phosphorus and arsenic exhibit a range of oxidation states up to V (5 lost electrons), it's likely that moscovium will only go up to oxidation state III. While oxidation state I is rare in the elements between nitrogen and bismuth, moscovium is predicted to have a relatively stable I oxidation state. Upon ionization to this +1 charge, the radius of moscovium would be expected to shrink around five times more than with the analogous ionization of bismuth and it is expected to have properties closer to thallium(I) than the known but rare bismuth(I).
List of isotopes
The synthesized isotopes undergo alpha decay into the corresponding isotopes of nihonium, with half-lives increasing as neutron numbers increase.
|289Mc[note 2]||115||174||289.19363(89)#||330(+120-80) ms||α||285Nh|
|290Mc[note 3]||115||175||290.19598(73)#||650(+490-200) ms||α||286Nh|
|291Mc[note 4]||115||176||291.19438(88)#||1 min#||α||287Nh||-->|
|299Mc[note 5]||115||184||≈299||claimed stable by ufologists|
All of this would excite only physics and chemistry geeks if not for Bob Lazar (1959- ), who introduced it to UFO lore. According to him, UFO engines use element 115 to generate anti-gravity. Bob claims that the copper-orange colored fuel pellet aliens use is about the size of a fifty-cent piece, and weighs about 223 grams. Various UFO nuts and wannabe scientists have taken the idea and run with it, claiming that magic numbers of neutrons and protons and their configuration provide stability. There is hypothesizing that there should be a stable isotope of element 115, isotope 299. This isotope would contain the magic number of 184 neutrons.This would provide an interesting way of verifying the UFO stories told by Lazar. Should the right isotope of element 115 be synthesised and shown to be stable and capable of powering anti-gravity engines, Lazar's claim would have some serious support. Obviously, given that Lazar runs a website dealing in chemicals and sales of elements, he was smart enough to pick a number higher than any element discovered at the height of his fame in order to hide it from any scrutiny; no use saying carbon or phosphorus has magical powers, as we have more than enough of that to test it.
Lazar's claims state that bismuth has 'unusual gravitational properties' (this is flatly false, though it may be a misinterpretation of the relativistic effects that control the chemical properties of heavier elements) and known chemical and nuclear characteristics of Element 115 are expected to be similar. Not that this matters, as the longest reported half-life of Moscovium isotope 290 is 650(+490-200) ms. This also let to some wannabe scientists to patent a Bismuth variation of the claimed Element 115 powered anti-gravity engine. The claims further state that the element was pressed into discs, then stacked and fused into a cylinder, then milled down to form a cone, and finally sliced to form the key piece of anti-gravity fuel. Again, this is physically impossible given that the element doesn't exist in nature and has been confirmed to be as highly unstable as all the other artificially-generated elements in that region of the periodic table. A few proponents of the claim still rave that there may be a magic 'island of stability' (a particular combination of protons and neutrons) that would render this element stable,[note 6] but no signs of such a region of the periodic table have emerged. Some of the elements heavier than uranium possess relatively stable isotopes (on the order of thousands of years) but by the time you get to 100, fermium, even the most stable isotopes last on the order of days and it only goes rapidly down from there. Still, the island of stability is a theoretical entity that is good, real physics — but even this wouldn't help the claims made about element 115, as expected half-lives in this island are on the order of minutes and seconds, which is indeed relatively stable in a region of the periodic table where the atoms last for milliseconds or less. Although for element 115 the half-lives are rising with rising neutron numbers. The current synthesized isotopes are a few neutrons short of the claimed magic 184 neutrons isotope ufologists claim is stable.
If one could synthesise the claimed stable element 115 isotope 299 with the magic number of 184 neutrons, this would prove Bob Lazar's claims more conclusively. This would shutdown any critique of it to have an incredibly short half-life and radioactive unstability (which is pretty much conclusive right now), it would show that powering any device through the use of this element would be impossible, and certainly the 500 pounds that he claimed the US government had in their possession would also be an impossible claim. Literally. As that would consist of around 4.72 × 1023 atoms, and with only 50 atoms ever made from all the collision experiments made on this subject in a decade, this would take some time for the government to procure — many times the age of the Universe, or so.
- See the Wikipedia article on Moscovium.
- See the Wikipedia article on Isotopes of moscovium.
- ↑The atomic number is the number of protons in the element's nucleus. The larger the number, the more likely it is that you wouldn't want to hold a sample with bare hands.
- ↑Not directly synthesized, created as decay product of 293Ts
- ↑Not directly synthesized, created as decay product of 294Ts
- ↑Not directly synthesized, created as decay product of 295Ts
- ↑Claimed to be a stable isotope by ufologists
- ↑Though 'stable' may very well be relative to its neighbors in the periodic table, and such elements may just be less radioactive than other superheavy elements, and perhaps last only as along as a day.
Ununpentium Bob Lazar
- ↑IUPAC Announces the Names of the Elements 113, 115, 117, and 118, IUPAC website, 30 November 2016
- ↑Superheavy elements a prediction of their chemical and physical properties
- ↑Gravity Warp Drive.
- ↑US3626605 Method and apparatus for generating a secondary gravitational force field .
- ↑Extreme elements push the boundaries of the periodic table: For superheavy atoms, chemistry gets weird by Emily Conover (6:00am, February 27, 2019) Science News.