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Perturbative quantum gauge theories on manifolds with boundary
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This paper introduces a general perturbative quantization scheme for gauge theories on manifolds with boundary, compatible with cutting and gluing, in the cohomological symplectic (BV-BFV) formalism. Explicit examples, like abelian BF theory and its perturbations, including nontopological ones, are presented.
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Cited by 2 Pith papers
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Symmetries Beget Symmetries: Ghostly Higher-Form Symmetries and the Descent Equation
Using the BV formalism, the authors show that descent equations turn ordinary higher-form symmetries into families of 'ghostly' symmetries generated by currents of nonzero ghost number.
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Off-Shell Quantum Mechanics as Factorization Algebras on Intervals
The off-shell factorization algebra of quantum observables for the harmonic oscillator and spin-1/2 system is quasi-isomorphic to the standard on-shell Weyl/Pauli factorization algebra, including state spaces on bound...
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