fractionalization
- noun
- /ˌfrækʃənəlaɪˈzeɪʃən/
- Specialized
- The phenomenon of fractionalization challenges traditional ideas about how particles behave.
- electron fractionalization
Examples
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In some experiments, fractionalization leads to the appearance of particles with unusual properties.
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Researchers discovered fractionalization of electric charge in certain quantum materials.
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The concept of fractionalization is crucial in quantum physics.
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Scientists observed fractionalization in electron behavior.
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In certain materials, the phenomenon of fractionalization can lead to electrons behaving as if they lose part of their typical charge.
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Recent studies have shown that fractionalization plays a key role in understanding the behavior of particles in high-temperature superconductors.
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The fractionalization of charge observed in two-dimensional systems is a significant topic in condensed matter physics.
Surface Forms
Morphology
fractionalization = fractionalize (opaque) = fraction + al + ize + ation
The noun is regularly formed from the verb 'fractionalize', but the quantum-physics sense is highly specialized and not fully predictable from the parts.
Etymology
Fractionalization comes from the root fract meaning 'break', the same root in fraction and fracture. In physics it helps to think of a particle's property being 'broken' into smaller parts, which is why scientists call that effect fractionalization.