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multipolarity

multipolarity

8.8
A state where something has more than two poles, often in physics or engineering
  • noun
  • /ˌmʌltiˈpɔːlərɪti/
  • Specialized
translation icon : multipolaridad
  • Engineers consider multipolarity when designing complex electrical circuits.

Examples

  • Recent advances in antenna technology rely on multipolarity to improve signal transmission.

  • Multipolarity is key.

  • The multipolarity of the molecule affects how it interacts with electric fields.

  • The multipolarity of the system allows for greater flexibility.

  • In physics, multipolarity refers to a system with multiple poles of attraction acting simultaneously.

  • Engineers must consider multipolarity when designing devices that rely on magnetic fields from several sources.

  • The concept of multipolarity is crucial for understanding the behavior of certain complex materials in science.

Antonyms

unipolarity
  • Specialized
9.9

Using only one kind of electrical charge in a circuit

How Many Poles

multipolarity
  • Specialized
8.8
bipolarity
  • Specialized
7.7
unipolarity
  • Specialized
9.9

Surface Forms

multipolarity singular

Morphology

multipolarity = multipolar (transparent) = multi + polar + ity

This is a regular noun formation from 'multipolar', and the scientific meaning follows directly from 'multi-' + 'polar'.

Etymology

Multipolarity comes from multi- meaning 'many' and polar from pole meaning 'point' or 'end', as in the North Pole or a magnet's pole. So, in science and engineering multipolarity means 'having more than two poles or centers', which changes how something responds to electric or magnetic forces.