Atomic Energy: The New Resource

    By: Tsegazeab Beteselassie

   

Atomic energy: This is the future of Atomic energy.
Link:scienceblogs.com

    Nuclear energy is already a good resource. It's pretty much our future. So why refine it? Because there are still a couple of problems with it. And Nuclear energy is not nearly the best it could be. For example, Nuclear energy doesn't give off much waste. But it still gives out waste. Each year, about 70 cubic inches of HLR waste (High Level Radioactive waste) is deposited into the world. Of course, the workers bury it for a while so it won't become radioactive, but if Nuclear energy is in full swing around the world, then eventually, they can't put the waste anywhere else. So eventually, we will need a new energy source. And I got such a thing. Atomic energy.

 

    People know that Atomic energy is just a way of describing Nuclear energy. Well, for the rest of this post, let me tell you that when I say Atomic energy, I mean my new resource. Remember that. Now back to my energy source.

 

    Okay, so the first thing about my energy source is this: It emits no waste. That's impossible, right? Actually, if you study my energy source you will see that this statement is true. Actually, it might emit one or two atoms with almost no energy, but they'll regain their energy soon, so technically speaking, it emits no waste. So how does it emit no waste? Read on to find out.

 

Nuclear energy: This is how Nuclear energy works.
Link:geoinfo.nmt.edu

    Okay, so I can't explain how it has no waste without revealing the design for Atomic energy. So to make it up to you, I will tell you another fact. It splits atoms in half to get the energy. Okay, I know, this could lead to a nuclear explosion. But the good thing is that, actually, it can't. Here's why. A nuclear explosion needs uranium. And not just any uranium (which is rare already), but filtered uranium, with about 99% percent of it pure uranium. And another reason why is that in the design, it is impossible for all that energy to escape. Just keep on reading to find out how (in the design, of course).

 

    Okay, now I will tell you one last fact, then you can read about my design. It is very, very small. How small? Well, it is about as small as your little finger (the biggest it can be is your ring finger).  How? Because it doesn't need that much energy to work. And now, the moment you've all been waiting for, my design.

 

    So this is how it works. Imagine a tube that with is as small as five gold atoms. On one side is a South magnet with an ionized South Neutron (that is spinning), trying to get out. On the other side is a North magnet with an ionized North, let's say, an iron magnet trying to get out. There are doors blocking the atom and Neutron from escaping. The doors open at the same time. The particles race toward each other, and since the Neutron can't split but the iron can, the iron spits, releasing all the energy it contains. Next to the first tube, however, is a second tube, which are both connected in the place that the particles crashed. In the tube is a North electromagnet. The electromagnet sucks up all that energy, which is taken into power lines and used for energy. Some of that energy is used for the electromagnet, which doesn't take up much energy.Then, the atoms are let out. This is how my energy source works.*

 

*You can do the same thing with two iron atoms to produce more energy.

** See, no waste, very small, and unable to create a nuclear explosion.

 

Email me at tsegazeab12@outlook.com, or tsegazeab12@gmail.com. Thank you, and subscribe!