N = 2 Chiral Supergravity in ( 10 + 2 ) - Dimensions As Consistent Background for Super ( 2 + 2 ) - Brane

اسناد مشابه

• N = 2 Chiral Supergravity in (10 + 2) -dimensions as Consistent Background for Super (2 + 2) -brane

  سند علمی۱۹۹۷

  We present a theory of N = 2 chiral supergravity in (10 + 2)-dimensions. This formulation is similar to N = 1 supergravity presented recently using null-vectors in 12D. In order to see the consistency of this theory, we perform a simple dimensional reduction to ten-dimensions, re

• N=2 chiral supergravity in (10+2)-dimensions as consistent background for super (2+2)-brane

  مقاله‌ی دسترسی آزاد۱۹۹۸Physics Letters BHitoshiNishino

• Supergravity in 10 + 2 Dimensions as Consistent Background for Superstring

  سند علمی۱۹۹۷

  We present a consistent theory of N = 1 supergravity in twelve-dimensions with the signature (10, 2). Even though the formulation uses two null vectors violating the manifest Lorentz covariance, all the super-space Bianchi identities are satisfied. After a simple dimensional redu

• Super Virasoro Algebras From Chiral Supergravity

  سند علمی۲۰۱۵Yoshifumi Hyakutake

  In this note, we construct Noether charges for the chiral supergravity, which contains the Lorentz Chern–Simons term, by applying Wald’s prescription to the vielbein formalism. We investigate the AdS3/CFT2 correspondence by using the vielbein formalism. The asymptotic symmetry gr

• Chiral Supergravitons Interacting with a 0 - Brane N - Extended NSR Super - Virasoro Group

  سند علمی۲۰۰۲A. Boveia, Bjørg A. Larson

  We continue the development of SAFF by examining the cases where there are N fermionic degrees of freedom associated with a 0-brane. These actions correspond to the interaction of the N -extended super Virasoro algebra with the supergraviton and the associated SO(N) gauge field t

• Consistency Conditions for Brane Worlds in Arbitrary Dimensions

  سند علمی۲۰۰۱Frédéric Leblond, Robert C. Myers, David J. Winters

  We consider “brane world sum rules” for compactifications involving an arbitrary number of spacetime dimensions. One of the most striking results derived from such consistency conditions is the necessity for negative tension branes to appear in five–dimensional scenarios. We show