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Yang-Mills kinematic algebra via homotopy transfer from a worldline operator algebra

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arxiv 2508.17933 v1 pith:JZS7AAQC submitted 2025-08-25 hep-th

Yang-Mills kinematic algebra via homotopy transfer from a worldline operator algebra

classification hep-th
keywords algebrahomotopyinftytransferworldlinekinematicoperatorproduct
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The homotopy Lie or $L_{\infty}$ algebra encoding Yang-Mills theory is the tensor product of a color Lie algebra with the kinematic $C_{\infty}$ algebra. We derive this $C_{\infty}$ algebra, via homotopy transfer, from a strict operator algebra of a worldline theory, realized as an associative star product algebra. This gives a homotopy transfer interpretation to worldline vertex operators introduced in previous work.

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  1. Homotopy transfer for massive Kaluza-Klein modes

    hep-th 2025-12 unverdicted novelty 7.0

    An algorithm based on homotopy transfer in L∞ algebras produces gauge-invariant fields for massive Kaluza-Klein modes that remain covariant under unbroken zero-mode gauge transformations.