invariance

[inˈverēəns]

invariance Definition

the quality of remaining unchanged when subjected to a particular operation or transformation.

Using invariance: Examples

Take a moment to familiarize yourself with how "invariance" can be used in various situations through the following examples!

  • Example

    The invariance of the laws of physics is a fundamental principle of science.

  • Example

    The invariance of the shape of a circle under rotation is an example of a mathematical property.

  • Example

    The invariance of the results under different experimental conditions is a hallmark of good research.

invariance Synonyms and Antonyms

Synonyms for invariance

Antonyms for invariance

Phrases with invariance

  • a principle in physics that states that certain properties of a system remain unchanged under specified transformations

    Example

    The invariance principle is a key concept in the study of symmetry and conservation laws.

  • a theorem in mathematics that states that certain properties of a function remain unchanged under specified transformations

    Example

    The invariance theorem is a powerful tool for proving theorems in many branches of mathematics.

  • invariant subspace

    a subspace of a vector space that is preserved under a given linear transformation

    Example

    The concept of invariant subspaces plays an important role in the study of linear algebra and quantum mechanics.

📌

Summary: invariance in Brief

The term 'invariance' [inˈverēəns] refers to the quality of remaining unchanged when subjected to a particular operation or transformation. It is a fundamental principle of science, exemplified by the invariance of the laws of physics. Invariance extends into phrases like 'invariance principle,' and 'invariant subspace,' denoting specific concepts in physics and mathematics.