31,150 research outputs found
Superconformal change of variables for N=1 Neveu-Schwarz vertex operator superalgebras
Superconformal change of variables formulas for N=1 Neveu-Schwarz vertex
operator superalgebras are presented for general invertible superconformal
changes of variables. Using the underlying worldsheet supergeometry of
propagating superstrings, geometric proofs of the change of variables formulas
are given for the case of convergent superconformal changes of variables. More
general formal algebraic proofs of the change of variables formulas in the case
of formal superconformal changes of variables are then given. Finally,
isomorphic families of N=1 NS-VOSAs are derived from the superconformal change
of variables formulas.Comment: 43 page
Constitutionalism in the Shadow of Doctrine: The President’s Non-Enforcement Power
Barron challenges the court-centered approach to the scope of the President\u27s non-enforcement power. He contends that a President, notwithstanding that he considers himself bound by the Supreme Court\u27s constitutional interpretations, should resolve three distinct questions in determining whether he may faithfully decline to enforce a statute by virtue of its unconstitutionality
S. E. Gontarski's Beckett Matters: Essays on Beckett's Late Modernism
No abstract available
Automorphism groups of N=2 superconformal super-Riemann spheres
In previous work, the author proved that there is a countably infinite family
of N=2 superconformal equivalence classes of DeWitt N=2 superconformal
super-Riemann surfaces with closed, genus-zero body. In this paper, we
determine the automorphism groups for these N=2 superconformal super-Riemann
surfaces, and analyze the Lie structure of these groups. Under the
correspondence between N=2 superconformal and N=1 superanalytic structures, the
results extend to the determination of automorphism groups of N=1 superanalytic
DeWitt super-Riemann surfaces with closed, genus-zero body.Comment: Corollary 6.1 renamed a Theorem; minor adjustments. Final version; to
appear in J. Pure Appl. Alg
- …