We discuss the restrictions imposed by the Konishi anomaly on the matrix model approach to the calculation of the effective superpotentials in N=1 SUSY gauge theories with different matter content. It is shown that they correspond to the anomaly deformed Virasoro L0 constraints . 1. Recently [1] it was suggested that the effective Veneziano-Yankielowicz type superpotentials for the composite gl...

When the path integral method of anomaly evaluation is applied to chiral gauge theories, two different types of gauge anomaly, i.e., the consistent form and the covariant form, appear depending on the regularization scheme for the Jacobian factor. We clarify the relation between the regularization scheme and the Pauli–Villars–Gupta (PVG) type Lagrangian level regularization. The conventional PV...

we show how a spontaneously broken gauge theory of fermions endowed with a composite scalar multiplet becomes naturally anomaly-free, and yet describes the correct couplings of the pion to two gauge fields and to leptons: the first coupling is the same as computed from the chiral anomaly, and the second identical with that obtained from the ‘Partially Conserved Axial Current’ hypothesis. For th...

In this paper, we investigate the problems of anomaly detection and localization from noisy tomographic data. These are characteristic of a class of problems that cannot be optimally solved because they involve hypothesis testing over hypothesis spaces with extremely large cardinality. Our multiscale hypothesis testing approach addresses the key issues associated with this class of problems. A ...

In this paper, we investigate the problems of anomaly detection and localization from noisy tomographic data. These are characteristic of a class of problems that cannot be optimally solved because they involve hypothesis testing over hypothesis spaces with extremely large cardinality. Our multiscale hypothesis testing approach addresses the key issues associated with this class of problems. A ...

| In this paper we investigate the problems of anomaly detection and localization from noisy tomographic data. These are characteristic of a class of problems which cannot be optimally solved because they involve hypothesis testing over hypothesis spaces with extremely large cardi-nality. Our multiscale hypothesis testing approach addresses the key issues associated with this class of problems....

The interannual variability of the Indian Ocean, with particular focus on the Indian Ocean dipole/zonal mode (IODZM), is investigated in a 250-yr simulation of the GFDL coupled global general circulation model (CGCM). The CGCM successfully reproduces many fundamental characteristics of the climate system of the Indian Ocean. The character of the IODZM is explored, as are relationships between p...

A bstract We study two well-known SU( N ) chiral gauge theories with fermions in the symmetric, anti-symmetric and fundamental representations. give a detailed description of global symmetry, including various discrete quotients. Recent work argues that these exhibit subtle mod 2 anomaly, ruling out certain phases which confine without breaking their leaving gapless composite fermion infra-red....

Zircon grains are reasonably ubiquitous in river banks and beach placers as detrital minerals, including along the ~1700 km long Indian east coast, from Odisha state to of Kerala. Zircons located eastern part Odisha, India, were studied using LA-ICP-MS order delineate their geochemical characteristics. Hf (mean = 11270 ppm) Y 1064 two most abundant trace elements found within zircon compared ot...