superconducting supercollider
- noun
- /ˌsuːpərkənˈdʌktɪŋ ˌsuːpərkəˈlaɪdər/
- Specialized
- A superconducting supercollider accelerates particles to near light speed for high-energy collisions.
Examples
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Scientists hope the superconducting supercollider will answer fundamental questions about particle physics.
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The construction of the superconducting supercollider required innovative cooling technology to maintain superconductivity.
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The superconducting supercollider was built to explore particle physics.
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Many scientists believe the superconducting supercollider will lead to new discoveries.
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The superconducting supercollider was designed to accelerate particles to near the speed of light.
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Scientists hoped the superconducting supercollider would lead to groundbreaking discoveries in particle physics.
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The superconducting supercollider operates at extremely low temperatures to achieve the necessary superconductivity.
Synonyms
A machine that makes two beams of tiny particles collide at very high speed
A very large machine that makes tiny particles move very fast for science
How Powerful
- Specialized
- Specialized
- Specialized
- Specialized
Surface Forms
Morphology
superconducting + supercollider
This is a straightforward adjective+noun composition: 'superconducting' modifies 'supercollider', so the meaning 'a supercollider that uses superconductivity / operates at very low temperatures to eliminate electrical resistance' is directly derivable from the parts. Although the concept is technical, the compound is fully compositional and follows normal English modification patterns, so a learner who knows both constituent words will understand it.
Etymology
Superconducting supercollider is the name for a very large machine that makes tiny particles crash together. The name joins superconducting, meaning its parts are cooled so electricity flows with 'no resistance', and supercollider, meaning a very large collider that makes particles crash, so it literally means a giant collider kept very cold to let currents run perfectly and reach very high energies, which is why it means 'a large particle accelerator that works at very low temperatures to achieve superconductivity and very high energies'.