transversality
- noun
- /trænsˈvɜrsəlɪti/
- Specialized
- In mathematics, transversality is important to ensure that solutions reach the expected behavior at the boundaries of a problem.
Examples
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Luo recently developed the theory of flow global transversality in nonlinear dynamical systems, which enhanced the understanding of the gradient system of Steven Smale.
Academic text (2007) -
The concept of transversality plays a crucial role in ensuring stability in economic models dealing with infinite scenarios.
-
Understanding transversality helps mathematicians define the proper intersection of curves in various theoretical frameworks.
Surface Forms
Morphology
transversality = transversal (semi-transparent) = transverse + al + ity
Formally built from 'transversal' + '-ity', but the first sense is a specialized mathematical condition whose precise technical meaning is not directly inferable from the common sense 'transverse'.
Etymology
The word transversality comes from the Latin parts trans- 'across' and -verse 'to turn', and you can see the same idea in the word traverse. So, in math and economics it names a condition that makes a solution 'cross' the boundary the right way so the result stays reasonable instead of behaving badly at infinity.