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Observable vs Observable - What's the difference?

observable | observable |

In physics|lang=en terms the difference between observable and observable

is that observable is (physics) any physical property that can be observed and measured directly and not derived from other properties while observable is (physics) any physical property that can be observed and measured directly and not derived from other properties.

As adjectives the difference between observable and observable

is that observable is able to be observed while observable is able to be observed.

As nouns the difference between observable and observable

is that observable is (physics) any physical property that can be observed and measured directly and not derived from other properties while observable is (physics) any physical property that can be observed and measured directly and not derived from other properties.

observable

English

Adjective

(en adjective)
  • Able to be observed.
  • * The strange new star was at the edge of the observable universe
  • Deserving to be observed.
  • * Easter is an observable holiday

    • Noun

    (wikipedia observable) (en noun)
  • (physics) Any physical property that can be observed and measured directly and not derived from other properties
    • Temperature is an observable but entropy is derived.
    In quantum mechanics, observables''' correspond to Hermitian operators. Also, they act a lot like random variables. Taking their average one may recover something resembling a classical '''observable .
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    observable

    English

    Adjective

    (en adjective)
  • Able to be observed.
  • * The strange new star was at the edge of the observable universe
  • Deserving to be observed.
  • * Easter is an observable holiday

    • Noun

    (wikipedia observable) (en noun)
  • (physics) Any physical property that can be observed and measured directly and not derived from other properties
    • Temperature is an observable but entropy is derived.
    In quantum mechanics, observables''' correspond to Hermitian operators. Also, they act a lot like random variables. Taking their average one may recover something resembling a classical '''observable .
    ----