TL;DR
Transversity is a fundamental but challenging-to-measure property of nucleons, requiring specific methods to access its chiral-odd nature, with recent studies highlighting progress and limitations.
Contribution
The paper reviews the properties of transversity and discusses the most feasible experimental approaches to measure it, including recent phenomenological extractions.
Findings
Recent phenomenological extractions of transversity.
Limitations in current measurement techniques.
Perspectives for future research in transversity.
Abstract
Transversity distribution, together with the unpolarized and the helicity distributions, represents a basic piece of information on the internal structure of nucleons. Its peculiar property of being a chiral-odd quantity implies that it can be accessed only in combination with another chiral-odd partner, making it much harder to measure. In this talk I will review its properties and describe the most relevant and feasible ways to access it. Recent phenomenological extractions, their highlights and limitations, as well as perspectives are discussed.
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Taxonomy
TopicsAdvanced NMR Techniques and Applications · Nuclear physics research studies · Enzyme Structure and Function