collider
12
9.1
- noun
- /kəˈlaɪdər/
- Specialized
:
colisionador
- And it is now a mainstay in the search for dark matter at colliders.
- Hadron Collider
- Super Collider
- Relativistic Heavy Ion Collider
The first colliders where you have two beams colliding head on.
- The first colliders where you have two beams colliding head on.
- Through the, through the LHC, the Large Hadron Collider, you smash particles together and atoms together.
- Then the energies that the Super colliders create when they smash together particles to create.
- But I believe the Large Hadron Collider is a particle accelerator and it spins things up like very small things.
- Even if we didn't find anything at a moon Collider, that would teach us a lot.
- The multi TV scale is what the new Collider would test.
- Can they guarantee that the next larger Collider can rule out some more?
- The by far best option is the Future Circular Collider plant at CERN.
- In fact, electron positron Collider, LEP, now energy is conserved.
- Just how does the Large Hadron Collider work on on a sociological level?
- So think of the Large Hadron or Hadron Collider.
Examples
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The Large Hadron Collider we have here was meant to investigate it.
Fiction book (1999) -
In this article, we focus on hadron colliders and particularly on the experimental techniques that have evolved with them.
Academic text (2012) -
Indeed, the Large Hadron Collider has already shown us that dark matter is likely...
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The collider was never intended to generate antimatter.
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My favorite part of the Large Hadron Collider is the source of protons.
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For example, there is one at CERN, probably you have heard about it in Switzerland, Large Hadron Collider it's called.
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High-energy electron-positron colliders have made great contributions to fundamental particle physics.
Academic text (2012) -
But the Large Hadron Collider would be powerful enough to excite the next set of vibrations, super particles, sparticles that may make up dark matter.
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The Large Hadron collider generates high-energy collisions that allow scientists to study fundamental particles.
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In experiments, researchers use a particle collider to observe the behaviors of quarks and leptons.
Synonyms
2
6.0
A large machine scientists use to make tiny particles move very fast and hit each other
How Powerful
- Specialized
12
9.1
- Specialized
2
9.9
- Specialized
3
9.9
- Specialized
48
7.1
Surface Forms
Morphology
Etymology
Collider comes from Latin parts com- 'together' and laedere 'to strike'. Think of two things 'striking together', so a particle collider is a machine that makes tiny particles hit or crash into each other so scientists can see what happens.