• Corpus ID: 249152064

The derived pure spinor formalism as an equivalence of categories

@inproceedings{Elliott2022TheDP,
  title={The derived pure spinor formalism as an equivalence of categories},
  author={Chris Elliott and Fabian Hahner and Ingmar Saberi},
  year={2022}
}
A BSTRACT . We construct a derived generalization of the pure spinor superfield formalism and prove that it exhibits an equivalence of dg-categories between multiplets for a supertranslation algebra and equivariant modules over its Chevalley–Eilenberg cochains. This equivalence is closely linked to Koszul duality for the supertranslation algebra. After introducing and describing the category of supermultiplets, we define the derived pure spinor construction explicitly as a dg-functor. We then… 

Six-dimensional supermultiplets from bundles on projective spaces

The projective variety of square-zero elements in the six-dimensional minimal supersymmetry algebra is isomorphic to P1 ×P3. We use this fact, together with the pure spinor superfield formalism, to

References

SHOWING 1-10 OF 57 REFERENCES

Twisting pure spinor superfields, with applications to supergravity

We study twists of supergravity theories and supersymmetric field theories, using a version of the pure spinor superfield formalism. Our results show that, just as the component fields of

On Pure Spinor Superfield Formalism

We show that a certain superfield formalism can be used to find an off-shell supersymmetric description for some supersymmetric field theories where conventional superfield formalism does not work.

Six-dimensional supermultiplets from bundles on projective spaces

The projective variety of square-zero elements in the six-dimensional minimal supersymmetry algebra is isomorphic to P1 ×P3. We use this fact, together with the pure spinor superfield formalism, to

Operads, algebras, modules and motives

With motivation from algebraic topology, algebraic geometry, and string theory, we study various topics in differential homological algebra. The work is divided into five largely independent parts: I

Nilpotence Varieties

We consider algebraic varieties canonically associated with any Lie superalgebra, and study them in detail for super-Poincaré algebras of physical interest. They are the locus of nilpotent elements

Division Algebras, Supersymmetry and Higher Gauge Theory

From the four normed division algebras--the real numbers, complex numbers, quaternions and octonions, of dimension k=1, 2, 4 and 8, respectively--a systematic procedure gives a 3-cocycle on the

Twisted eleven-dimensional supergravity

We construct a fully interacting holomorphic/topological theory in eleven dimensions that is defined on products of Calabi–Yau fivefolds with real one-manifolds. The theory describes a particular

Topological Twists of Supersymmetric Algebras of Observables

We explain how to perform topological twisting of supersymmetric field theories in the language of factorization algebras. Namely, given a supersymmetric factorization algebra with a choice of a
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