Hey guys, I was been working with Jimmy on making an antimatter containment field becuase I was
looking at Gallant's
https://wiki.stararmy.com/doku.php?id=stararmy:basic_engineering_manual
and later at:
https://wiki.stararmy.com/doku.php?id=occhestan_republic:technology:mam_power
https://wiki.stararmy.com/doku.php?id=antimatter_production
and I was wondering if people could use a guide for antimatter?
So I was wonder... Does anyone else beside Yamatains use antimatter for something beside weapons? Would a guide for antimatter useful?
If so, I was thinking of adding this to the Engineering Guide:
Here is the picture Jimmy did for me for a diagram of Penning Trap aka antimatter containment device aka what stores the antimatter:
http://i665.photobucket.com/albums/vv19/Grumps_McGurt/Anti-mattercontainmentdiagram.jpg
Jimmy working on doing some color of it right now. I think he did such a great job I wanted to know is their anything or anyone else that could use a picture/model of a realistic antimatter containment device?
What do you guys think?
Would it be beneficial to provide links citing #3 or the last point?
Is their anything else I forgotten?
looking at Gallant's
https://wiki.stararmy.com/doku.php?id=stararmy:basic_engineering_manual
and later at:
https://wiki.stararmy.com/doku.php?id=occhestan_republic:technology:mam_power
https://wiki.stararmy.com/doku.php?id=antimatter_production
and I was wondering if people could use a guide for antimatter?
So I was wonder... Does anyone else beside Yamatains use antimatter for something beside weapons? Would a guide for antimatter useful?
If so, I was thinking of adding this to the Engineering Guide:
Fun Facts about Antimatter- Antimatter is matter made up of antiparticles and is an extension of the antiparticle concept. In turn Antiparticles are particles with the same mass but opposite electric charge as a normal particle.
- In the Particle Physics, only fermions and other particles with a nonzero charge have antiparticles. With the exception of W bosons, most bosons have 0 charge; therefor bosons and are considered to be their own antiparticle. In other words, an antiparticle of a photon is a photon. If you think about it this makes sense because 0 * -1 = 0.
- In science fiction, some antimatter reactors and antimatter engines are actually be based on one of two different properties:
- The positron, the antimatter particle for the electron, can be used as a catalyst in most nuclear fusion reactions especially the highest energy producing reactions. Thus, antimatter can be used to enhance a nuclear fusion reactor or propulsion system.
- When a particle and antiparticle collide, they annihilate each other produce light typically in the Gamma and X-ray spectrum. This light is of energy 2 that of any normal nuclear reaction. In turn antimatter power is very similar nuclear power, except that the water/fluid is indirectly heated by a heavy element such as Xenon or Lead, which absorbs the X-ray and gamma radiation. As one would expect this water/fluid is then use to either turn generators or provide propulsion
- Antimatter can be stored by either using a Penning Trap (see Jimmy's picture below) or containment field descendant of the Penning Trap. Since Penning Traps will contain the antimatter as long as their is enough power, most denotations of antimatter weapons involve a loss of power or a device that simply cuts power to the containment field
- A few antimatter-reactions can be used in medical technology that require nucleotides such as PET scans.
Here is the picture Jimmy did for me for a diagram of Penning Trap aka antimatter containment device aka what stores the antimatter:
http://i665.photobucket.com/albums/vv19/Grumps_McGurt/Anti-mattercontainmentdiagram.jpg
Jimmy working on doing some color of it right now. I think he did such a great job I wanted to know is their anything or anyone else that could use a picture/model of a realistic antimatter containment device?
What do you guys think?
Would it be beneficial to provide links citing #3 or the last point?
Is their anything else I forgotten?