Lagrangian chiral coset construction of heterotic string theories in (1,0) superspace
S.James Gates, Jr. (Maryland U. & Howard U.), S.V. Ketov (Maryland U.), S.M. Kuzenko, O.A. Solovev (Tomsk State U.)

Feb 1991 - 33 pages

Abstract (Elsevier)
We present invariant actions describing (1,0) supersymmetric non-abelianleftons and rightons on coset manifolds. Our discussion covers both chiral and non-chiral cases of the (1,0) supersymmetric WZNW actions. We analyze the supergravitational, chiral and Siegel anomalies of D<10 heterotic strings within the lagrangian realization of GKO coset construction. General conditions for anomaly cancellation are found and various anomaly-free solutions are discussed. Among these are the “realistic” ones, such as the Gepner models and the four-dimensional heterotic strings compactified on orbifolds. Coupling of the heterotic string coset models to bosonic massless modes and the Siegel anomalies of the associated non-linear α-models are briefly considered.


Keyword(s): INSPIRE: string model: heterotic | supersymmetry: superspace | Wess-Zumino-Witten model | anomaly | boson: chiral | boson: nonabelian | coset space | sigma model: nonlinear
 Record added 1991-03-19, last modified 2016-05-12