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October 9, 2025Classical and Quantum Gravity1 citations

Algebra structure of conformal Killing-Yano forms in geometries with skew-symmetric torsion

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ÜEÜmit ErtemÖKÖzgür Kelekçi̇ÖAÖzgür Açık

Key Points

  • Integrability conditions for conformal killing-yano forms are established, and a new structure is proposed.
  • A graded Lie algebra structure is derived for certain torsionful conformal killing-yano forms, important in geometry.
  • Closed and parallel skew-symmetric torsion on constant curvature manifolds is shown to support this algebra structure.
  • The study also extends to hidden symmetries derived from generalized connections in generalized geometry.

Abstract

Abstract We consider conformal Killing-Yano forms corresponding to the antisymmetric generalizations of conformal Killing vectors to higher degree forms in the presence of skew-symmetric torsion. Integrability conditions for torsionful conformal Killing-Yano forms are found and a graded Lie bracket for conformal Killing-Yano forms to constitute a graded Lie algebra structure is proposed. It is found that a graded Lie algebra structure for a special subset of torsionful conformal Killing-Yano forms can be constructed for a closed and parallel skew-symmetric torsion on constant curvature and Einstein manifolds. Similar structure for generalized hidden symmetries defined from generalized connection in generalized geometry is also constructed.

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Cite This Study

Ertem et al. (2025) studied this question.

synapsesocial.com/papers/68e70da790569dd607ee59c9https://doi.org/10.1088/1361-6382/ae1097
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