Graduate Covariant derivative of Weyl spinor

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The discussion revolves around the expression for the covariant derivative of a Weyl spinor, emphasizing the need to clarify the context of transformations and whether the setting is curved or flat spacetime. Participants inquire about the specific model of supergravity being referenced, indicating a focus on the implications of supergravity transformations in curved spacetime. The conversation highlights the importance of understanding the mathematical framework and physical context in which these derivatives are defined. Clarifying these aspects is crucial for accurate application in theoretical physics. The thread underscores the complexity of working with Weyl spinors in different spacetime geometries.
Baela
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What is the expression for the covariant derivative of a Weyl spinor?
 
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Under what transformation? Are we working in curved, or in flat space-time?
 
malawi_glenn said:
Under what transformation? Are we working in curved, or in flat space-time?
Supergravity transformations in curved spacetime.
 
Baela said:
Supergravity transformations
In what model for supergravity?
 

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