Lunar cruisers and antimatter.

 

Lunar cruisers can be more capable systems than nobody ever thought. That planetary rover can also use as the antimatter plant. The system can create antimatter from the solar wind. As I wrote many times before the Lunar cruiser can create antimatter by making the beta-radiation (electrons) travel through the thin gold layer. That thing will turn the spin of electrons. And that turns electrons into positrons.

The futuristic antimatter spacecraft can look like the Nerva system that is drawn in image two. In antimatter craft, those hydrogen bottles are replaced by using antimatter bottles. In those bottles, the magnetic field pushes positrons away from the layer.

    

Image: Pinterest

Then those positrons can separate from the captured particles by using a magnetic field. Then positrons will be put into a magnetic bottle.

In that system, the magnetic field pushes positrons keeping them away from its layer. If positrons touch electrons that thing causes annihilation. The vehicle can use antimatter in its systems as fuel.

But that system can use to create antimatter for antimatter crafts. The idea is that the system would replace hydrogen tanks by using antimatter bottles. Antimatter engines can open roads to the entire solar system and even farther. The antimatter engine itself is like every rocket engine. But the reaction that is used in that engine is the antimatter-material collimation. That collimation causes an energy load that is the highest possible.

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Antimatter and nuclear power are suitable for aviation.

Image 1) B-1B Lancer (Image: Pinterest)

Antimatter is the most powerful energy source in the universe. The production of antimatter is not very difficult. If we would be in space. There is enough that the spacecraft that has thin gold layer and fly that spacecraft to the direction of the sun. 

The thin gold layer will turn the beta-radiation that comes from the sun into the anti-electrons or positrons. Then those positrons need just react with regular electrons. That system can also increase its power by using extra propellants like water or some liquid gas. Annihilation will simply accelerate that propellant to space. And that thing gives a very powerful punch. 

But there is the possibility that the system can use a small portable nuclear reactor for creating antimatter. Small nuclear reactors or micro nukes are under development. Its mission is to replace combustion engines. Microreactors are very small. 

Image 2:) Container-size microreactors are powerful tools.

They are container-size systems. And those micro nuclear reactors can use for many systems. They are like extremely powerful batteries that can drive inside the ships and just connect to the ship's power system. The same reactor can transfer to the airfield and put inside the aircraft. And that reactor can also deliver energy to small towns.

But the container-size nuclear reactors can use to create antimatter for very large shuttles. The crew can install a nuclear reactor between thin gold layers and then that system creates antimatter. The antimatter can be driven to the turbine or scramjet engine. There the hydrogen or some other propellant will inject against that antimatter that is conducted from the aircraft's bay to the shuttle's engines. 

That kind of small nuclear reactor can install inside the bomb bay of the B-1 bomber. And the small nuclear reactor gives an extremely tough punch even if the antimatter will not use. But the small nuclear reactor and antimatter unit are impressive tools for future systems. 

https://energypost.eu/micro-nuclear-reactors-up-to-20mw-portable-safer/

https://en.wikipedia.org/wiki/Nuclear-powered_aircraft

Image 2) https://energypost.eu/micro-nuclear-reactors-up-to-20mw-portable-safer/

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