Derives stable transverse EM branches set by electric and magnetic plasma frequencies, entrainment-induced avoided crossings in longitudinal sector with stability condition κ²<1, and a magnetically neutral branch where net magnetic current vanishes but screened response remains.
Zwanziger, Quantum field theory of particles with both electric and magnetic charges , Phys
3 Pith papers cite this work, alongside 348 external citations. Polarity classification is still indexing.
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Proposes a manifestly duality- and Lorentz-invariant local action for QED with monopoles derived from Sen's formalism using field strengths as dynamical variables, with consistent tree- and loop-level results.
11D supergravity, its toroidal reductions, and M5-brane worldvolume flux are equivalent to Bianchi identities in characteristic L∞-algebras (lS4, cyc(lS4), tor(lS4), lS4S7), whose IR completions are classified by flux quantization in theories such as 4-Cohomotopy.
citing papers explorer
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Collective modes and screening in an electric-magnetic dual plasma
Derives stable transverse EM branches set by electric and magnetic plasma frequencies, entrainment-induced avoided crossings in longitudinal sector with stability condition κ²<1, and a magnetically neutral branch where net magnetic current vanishes but screened response remains.
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Monopoles, Clarified
Proposes a manifestly duality- and Lorentz-invariant local action for QED with monopoles derived from Sen's formalism using field strengths as dynamical variables, with consistent tree- and loop-level results.
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Higher Superspace Supergravity and its IR-Completions
11D supergravity, its toroidal reductions, and M5-brane worldvolume flux are equivalent to Bianchi identities in characteristic L∞-algebras (lS4, cyc(lS4), tor(lS4), lS4S7), whose IR completions are classified by flux quantization in theories such as 4-Cohomotopy.