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Relativistic particles in curved space with a static metric using the Dunkl derivative in the Dirac operator
- Sedaghatnia, P.;
- Hassanabadi, H.;
- Alhaidari, A.D.;
- Chung, W.S.
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In this paper, we introduce matrix operator algebra involving a universal curvature constant and using the Dunkl derivative. Consequently, the Dirac equation can be written without spin connections. Iterating the Dirac equation gives the Klein-Gordon equation in its canonical form without first-order Dunkl derivatives. This leads to a new form for the static metric based on the Dunkl operator in curved space. © 2023 World Scientific Publishing Company.
키워드
curved space; Dirac equation; Dunkl operator; Klein-Gordon equation; matrix operator algebra; static metric
- 제목
- Relativistic particles in curved space with a static metric using the Dunkl derivative in the Dirac operator
- 저자
- Sedaghatnia, P.; Hassanabadi, H.; Alhaidari, A.D.; Chung, W.S.
- 발행일
- 2022-12
- 유형
- Article
- 권
- 37
- 호
- 35