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Dirac Branes, Characteristic Currents and Anomaly Cancellations in 5-Branes

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arxiv hep-th/0103161 v1 pith:2QHQNIUS submitted 2001-03-20 hep-th

classification hep-th
keywords anomalybranesdiraccancellationcharacteristiccoupledcurrentsdeveloped
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The aim of this note is to discuss, in a somewhat informal language, the cancellation of anomalies (in topologically trivial space-time) for 5-branes using as "building blocks": i) a generalization to p-branes of the Dirac strings of monopoles (Dirac branes) and a refinement of this idea involving a geometric regularization of Dirac branes, leading to the formalism of "characteristic currents" ii) the PST formalism . As an example of the potentiality of the developed framework we discuss in some detail the anomaly cancellation in the D=10 effective theory of heterotic string and 5-brane coupled to supergravity, where the anomaly inflow is automatically generated. Some remarks are also made on a similar approach to the problem of anomaly cancellation in the effective theory of M5-brane coupled to D=11 supergravity, developed in collaboration with M.Tonin, where however still as open problem remains a Dirac anomaly.

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  1. Monopoles, Dirac Strings and Generalised Symmetries

    hep-th 2024-11 accept novelty 7.0 of 10

    Dirac's monopole action is recast as gauged Maxwell theory, with string positions as 1-form symmetries and the Dirac veto as anomaly cancellation.

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