Particle Accelerator: Difference between revisions
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The particle accelerator is a block that will shoot an atomic particle into the accelerator ring, at which point it will be spun around. The particle accelerator must be built into one of the corners of the accelerator ring, which is made out of electromagnets. The electromagnet ring and the particle accelerator are necessary to produce [[Antimatter]] and [[Strange Matter]]. [[Antimatter]] will be generated when the particle reaches 100% velocity. The larger the ring, the faster this velocity can be achieved. The larger the particle accelerator, the more efficient it is and the less energy it takes to create the antimatter. Once the accelerator reaches a certain size, it will be so efficient that it will start generating more matter than it uses energy to make matter. | The particle accelerator is a block that will shoot an atomic particle into the accelerator ring, at which point it will be spun around. The particle accelerator must be built into one of the corners of the accelerator ring, which is made out of electromagnets. The electromagnet ring and the particle accelerator are necessary to produce [[Antimatter]] and [[Strange Matter]]. [[Antimatter]] will be generated when the particle reaches 100% velocity. The larger the ring, the faster this velocity can be achieved. The larger the particle accelerator, the more efficient it is and the less energy it takes to create the antimatter. Once the accelerator reaches a certain size, it will be so efficient that it will start generating more matter than it uses energy to make matter. | ||
In order to set up the particle accelerator, a large power source must first be obtained. It is also recommended to have [[Insulated Wire|insulated superconductor wires]] and it is necessary to have a [[120 Volt Transformer]]. [[Electromagnet|Electromagnets]] are by far the most expensive part of creating the particle accelerator, since each block of the accelerator requires 4 electromagnets to be placed (top, bottom, left, right, leaving a 1x1 space in the middle). After all these materials have been obtained, the ring itself can be built. One type of accelerator is a straight line particle accelerator, which uses the least power in creating [[antimatter]] but is costly in terms of electromagnets. The most cost-effective build is the large hadron collider, which is built from the creative mode LHC builder block. | In order to set up the particle accelerator, a large power source must first be obtained. It is also recommended to have [[Insulated Wire|insulated superconductor wires]] and it is necessary to have a [[120 Volt Transformer]]. [[Electromagnet|Electromagnets]] are by far the most expensive part of creating the particle accelerator, since each block of the accelerator requires 4 electromagnets to be placed (top, bottom, left, right, leaving a 1x1 space in the middle). After all these materials have been obtained, the ring itself can be built. One type of accelerator is a straight line particle accelerator, which uses the least power in creating [[antimatter]] but is costly in terms of electromagnets. The most cost-effective build is the large hadron collider, which is built from the creative mode LHC builder block. The Accelerator ring must be horizontal or the particle will not be created. | ||
[[File:Particle_acceleartor.png|thumb|alt=Large Hadron Collider|Particle Accelerator]] | [[File:Particle_acceleartor.png|thumb|alt=Large Hadron Collider|Particle Accelerator]] | ||
The minimum size for the accelerator ring is 30x30, so you need to start with | The minimum size for the accelerator ring is 30x30, so you need to start with at least 480 electromagnets and for 480 electromagnets you will need: | ||
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Revision as of 02:01, 24 February 2013
Usage
The particle accelerator is a block that will shoot an atomic particle into the accelerator ring, at which point it will be spun around. The particle accelerator must be built into one of the corners of the accelerator ring, which is made out of electromagnets. The electromagnet ring and the particle accelerator are necessary to produce Antimatter and Strange Matter. Antimatter will be generated when the particle reaches 100% velocity. The larger the ring, the faster this velocity can be achieved. The larger the particle accelerator, the more efficient it is and the less energy it takes to create the antimatter. Once the accelerator reaches a certain size, it will be so efficient that it will start generating more matter than it uses energy to make matter.
In order to set up the particle accelerator, a large power source must first be obtained. It is also recommended to have insulated superconductor wires and it is necessary to have a 120 Volt Transformer. Electromagnets are by far the most expensive part of creating the particle accelerator, since each block of the accelerator requires 4 electromagnets to be placed (top, bottom, left, right, leaving a 1x1 space in the middle). After all these materials have been obtained, the ring itself can be built. One type of accelerator is a straight line particle accelerator, which uses the least power in creating antimatter but is costly in terms of electromagnets. The most cost-effective build is the large hadron collider, which is built from the creative mode LHC builder block. The Accelerator ring must be horizontal or the particle will not be created.
The minimum size for the accelerator ring is 30x30, so you need to start with at least 480 electromagnets and for 480 electromagnets you will need:
| What Material | Amount |
|---|---|
| Bronze | 3840 |
| Steel Ingot | 1920 |
| Copper Wire | 1920 |
| Iron Ingot | 480 |
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