Moscovium or element 115 can theoretically use in radio transmitter's nano-size oscillation circuits.

The thing why element 115 is kept secret could be that this element is used in oscillation crystals in radio transmitters and receivers. But in that case, element 115 can be the codename for the other synthetic elements like einsteinium. 

So in the secured data transmission technology means the element 115 can mean every synthetic radioactive element. So it doesn't necessarily mean moscovium. Element 115  can be the name of all synthetic highly radioactive elements which can use in oscillation circuits of the secured radios. So in this text, element 115 means highly radioactive material. that is used in oscillation crystals in radios. 

Real element 115 "moscovium"

The element 115 or moscovium is an artificial and very short-living highly radioactive element. The chemical mark of the moscovium is Mc. And the serial number is 115. In some theories, the moscovium has produced earlier, but that thing is kept secret. There is no evidence about that thing. But there is the possibility that element 115 is some other synthetic isotope.

But what would be the motive for that thing? Element 115 is short living and very high radioactive material, that could use as fuel in lightweight and extremely powerful nuclear reactors. If element 115 is kept at a temperature near zero kelvin degrees. Its lifetime would extend. So what other purpose that highly radioactive isotope can use?

As I wrote earlier the element 115 can theoretically use in the oscillation crystals of the radio transmitters. That requires an extremely low temperature that will slow the radioactive degradation. And of course, element 115 must create much more than 100. 

Or the element 115 atoms can use as the "spice" in the nanocrystals. Those nanosize crystals which size is about a couple of atoms can have one or two moscovium atoms. Those crystals can be used in nano-size micro oscillation circuits. 

If element 115 is used in crystals in the oscillation circuits in the radio transmitters and receivers. That thing can make it possible to create a highly-secured data transmitter. There is no other element that can cause the oscillation with the same frequency as element 115. 

If those oscillation crystals are made by using highly radioactive isotopes like element 115. That would make it impossible to make copies of those crystals. 

That protects data. When the core of the radio transmitter where that element 115 is used in the oscillation circuit breaks. The temperature in it rises. The level of radiation rises and that causes death for people which are handling those things. But the short-living isotope guarantees that there is no change to make copies of those crystals. 

That causes that the crystals that are made by using element 115. Will be destroyed. If some radio transmitters use element 115 as the oscillator. That means there is no way to detect that radio signal. 

Because element 115 is artificial. There is no other natural radio source that can send the radio waves by using the same frequency. The crystals must keep at an extremely low temperature because when the temperature is at zero kelvin. 

It will decrease the speed of radioactive degradation. So if that element 115 is used in the crystals in radios of space probes. That thing makes it possible to make the very clear radio transmission. 

()https://www.thoughtco.com/moscovium-facts-element-115-4122577

()https://en.wikipedia.org/wiki/Einsteinium

()https://en.wikipedia.org/wiki/Moscovium

Image():https://www.thoughtco.com/moscovium-facts-element-115-4122577

Antigravity and moscovium (element 115)

Antigravity and moscovium (element 115)

There are many tales on the Internet about moscovium connection with antigravity research. When we are thinking about that kind of highly radioactive elements, what are existing only a couple of nanoseconds we must realize, that those elements would give much more energy for the lightweight nuclear reactors, what can installed to the new space- and aircraft. But there are other tales about the reason, why those artificial super-heavy elements are researched.

When we are thinking about the antigravity we must ask one question. Would the highly radioactive element rise the craft from the ground because of its highly energic radiation? In this scenario, the reactor works like some kind of photon rocket, but it would give much more thrust because it would push the nuclear particles from the nozzle, and that high-level radiation would push the craft above the ground, and it would give the ability to fly without sound, and that thing would explain why some sauces-shaped objects or so-called UFO:s are noiseless.

But if the spacecraft would fly near the ground, and somebody would step in the shower of the reactor, that could cause bad injuries. This thing that the system would use electromagnetic radiation and particles for flying would explain the strange electric phenomenon near the observations of the strange flying object.

That kind of systems would explain also the strange rays, what is coming from some unidentified flying objects. The eyewitnesses report that some strange aviation devices are hanging above strange light columns, what are looking like laser-rays. The explanation of those strange things might be that they are the exhaust particles of the power system of the stealth-shuttle, what would operate as well in space and atmosphere.

In that system, the particles, what have plus and minus polarity would pump from the exhaust tubes, what would be internal. That means that those particles keep the exhaustion flow of ions together, and this thing also would be used as a weapon. If the exhausted ion flow would hit to the electric lines it would cause the EMP-effect and damages to the electric circuits.

The simplest possible nuclear motor is just the nuclear reactor, what is open to the back of the craft. Those particles can give very high specific impulse. And if we would shoot the particles what have opposite polarity in the same ray, that would keep the entirety in the form. The short-living nuclear fuel must be stored in the zero Kelvin temperature or the particle accelerator, what would slow the time on that bite, as I wrote recently.

The reactor can be covered by using hydrogen core, what absorbs radiation very effective, and the liquid hydrogen would also help to keep the craft cold. If the core of the craft would be cold, that would deny the ability to see that thing in infra-red, and the same cooler can also be used to decrease the temperature of the computers of that device for making the superconducting. That thing can increase the power of the normal computers, what would control the flight of those very abnormal aerial vehicles, what are at least as the study-stage in some laboratories, what are specialized to highly advanced flight.

If we think the superheavy elements, what would have extremely short half-time, there is a possibility that those elements are used in nuclear reactors because they are safe. If the nuclear-powered aircraft, what has the right element in the nuclear reactor would crash, there is a possibility, that the nuclear fuel inside its reactor would be transformed in a couple of seconds to the no-radioactive material.

Ernst Rutherford and fusion and the writing about moscovium (element 115)

Ernst Rutherford and fusion and the writing about moscovium (element 115)

When we are talking about fission reaction, we must remember that depends on the point of view, who created the first nuclear reaction. If we talk about self-sustaining nuclear fission the man who created that reactor in the Cigaco University was Enrico Fermi and the man who first split atom was Erns Rutherford. And Fermi benefits the work, what Rutherford made when he manufactured the first nuclear reactor. The thing what has sometimes introduced is to split some non-radioactive element like lead by bombing those atoms by using very high-speed electrons or ions.

This kind of technologies has seemed useless, and only material what could replace uranium in nuclear reactions could be thorium, and the idea is that the thorium atoms would bomb the high-speed ions during that reaction, and that technology is under study in many countries. Rutherford created an idea of a fusion reaction. When we are thinking about that era technology, the self-sustaining reaction was impossible, and the success means in this case that a couple of atoms could be connected.

In ITER homepage is mentioned that Rutherford along with his assistant Oliphant connected tritium Atom to Helium, but two atoms are not made fusion power. But there is a possibility that the fusion can be created by using particle accelerator. In that theory, the particle accelerator would shoot the ions in the chamber with very high power, and then that would make those particles melting together.

If the ions have different polarity, they should go together because of the magnetic pulling effect, what should make the use of fusion fuel more effective. But there are any problems with this kind of fusion reactors. The idea is to shoot ions by using "Y"-shaped structure of particle accelerators, where two tracks of accelerators what will accelerate the particles what have different polarity to the single point of the structure.

There have been introduced the theory that compiling two elements lead (element 58) and bismuth (element 33) by using fusion could create moscovium (element 115), what is claimed to produce in some places like AREA-51. There is another reaction in the Wikipedia page, which tells about this element. In this hypothetical reaction, the ions of the lead and bismuth will shoot together by using linear accelerators, and the moscovium would give extremely high power in the lightweight nuclear reactors.

We know that the moscovium is existed, but is there some effective and economical ways to produce so much about that element that it can be used in some kind of nuclear reactors. The half-time of moscovium is extremely fast, and that means that the element must be stored in the place, where are absolute zero points or zero Kelvin temperature what might slow the half of that material.

Or another version is to store that material in the particle accelerator, where it would accelerate to the speed, what will be near the speed of light, and that thing would slow the time in that material. But there is no evidence that this kind of systems has been tested in some places, except Bob Lazar statements, that he was working with the element 115 in AREA-51. But that man has not believed until the existence of element 115 has been confirmed.

How we could use Element 115 as the fuel in highly effective nuclear reactors?

How we could use Element 115 as the fuel in highly effective nuclear reactors?


What if we would want to make a nuclear reactor, what is the size of a football, but gives megawatt-class power output. That kind of nuclear reactor could use synthetic elements like Element 115 for giving the power to the aircraft.

The problem with Element 115 is that the lifetime of that very short living, highly radioactive material is very short. So the engineers, who are working with this thing, must somehow control the fission of this nuclear isotope. The simplest way is to slow the time in those atoms.

And the thing, what allows us to make that dream true is that we would put the Element 115 to a particle accelerator, where we could drive it in the cyclotron by the speed of light. The thing is that that speed of light would cause that the time in those isotopes stops, and that allows to use that isotope in the nuclear reactors, what is the most powerful and lightweight, what mankind has ever imagined.

The cyclotron makes possible to move the nuclear fuel in it, and that makes possible to use the reactor with high power. The nuclear particles are hovering away from the wall of the particle accelerator, and that would protect the system against melting. The energy can collect from the accelerator by using gas, what is driven through the turbines.

Another version of the reactor, which stops the time in the fuel would be a system, which uses a high power magnetic field for pumping energy in the nuclear particles. And that thing might be a little bit more sophisticated than the magnetic accelerator. The magnet field would be used to adjust the speed of nuclear fission and the power of the nuclear reactor more effectively than particle accelerators can ever be made.

The size of those new type of nuclear reactors, which uses the superheavy elements can be very small. The reactors can be used in spacecraft and aircraft, what are the most revolutionary in the world. The shuttle can use electric chemical motors to operate in the atmosphere and even in outer space.

https://en.wikipedia.org/wiki/Moscovium

http://www.thinkaboutit-ufos.com/category/government-projects/project-galileo/