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

New space telescope design. (If radio- or why not also telescope will put in the ball, what is filled with gas it would turn by using propellers)

New space telescope design. (If radio- or why not also telescope will put in the ball, what is filled with gas it would turn by using propellers)

This might be one of the silliest ideas, what I ever created. Ball, what is filled with gas could be a new element for space telescopes. That system makes possible to turn the telescoping antenna by using propellers. That will make possible to save fuel and make longer missions of those telescopes possible because there is no need to use fuel in whenever the team wants to turn the antenna for making observations from the new object.

The problem is how to put a telescope in the ball. There is a simple solution to that problem. The ball can be made in the orbiting trajectory, cut in two pieces and weld those pieces back together. 

The traditional space telescopes have a problem, that whenever the telescope is turning, the system must use fuel for turning it. And in some cases, I have thought that there is a possibility to put the radio- or optical telescope in the ball, what is made by use plastic. That thing would be filled by using gas, and the telescope would be equipped with propellers, which allows to turn it by using propellers.

This example shows that the innovation would not be difficult to make and the new structures are not always difficult to make. When we are thinking about the cases, where the telescope would put in the bubble, the idea is quite simple. The problems might be caused because of the ball-structure is very strong, if the ball is made by using the nanostructure, what is looking like the small pyramids, which makes the structure stronger.

I don't know how much the plastic would stand the conditions in the space, but the ball can also be made by using carbon glass. That glass is the artificial diamond, what can blow to the ball-shape in the space by using the same method, what is used every day in the glass factory. The diamond glass can blow in the ball shape in the orbital trajectory if the system would installed in the glass oven, what orbits the Earth.

If the diamond glass is too difficult to use, the system can create a ball by blowing carbon fiber in the ball form. Those extremely hard carbon fibers can be melted, and blow to the bubble where carbon fiber acts like chewing gum. If the telescope must not make optical observations the black carbon fiber can be covered by using the solar panels.

This kind of system, what is used in that kind of actions can be the satellite, what is melting the mass inside it by using microwaves, which means that thing is the flying version of the blast furnace, what can blow the ball by using pressurized air with advanced computer technology. And when the ball is ready, the laser can cut it to two pieces. After that, the telescope can put inside that structure. Then the artificial spider or repairment satellite can put those pieces back in the ball form.