41 citations · 233 across the 17 of their papers we have counts for
17 papers
The Boundary Weyl Anomaly in the SYM/Type IIB Supergravity Correspondence
Paul Mansfield, David Nolland, Tatsuya Ueno
We give a complete account of the Schrödinger representation approach to the calculation of the Weyl anomaly of SYM from the AdS/CFT correspondence. On the AdS side, t…
Wheeler-DeWitt Equation in AdS/CFT Correspondence
Takahiro Kubota, Tatsuya Ueno, Naoto Yokoi
We discuss a quantum extension of the holographic RG flow equation obtained previously from the classical Hamiltonian constraint in the bulk AdS supergravity. The Wheeler-DeWitt eq…
Order corrections to the conformal anomaly of the (2,0) theory in six dimensions
Paul Mansfield, David Nolland, Tatsuya Ueno
Using Supergravity on we calculate the bulk one-loop contribution to the conformal anomaly of the (2,0) theory describing coincident M5 branes. When this is a…
Order test of the Maldacena conjecture II: the full bulk one-loop contribution to the boundary Weyl anomaly
Paul Mansfield, David Nolland, Tatsuya Ueno
We compute the complete bulk one-loop contribution to the Weyl anomaly of the boundary theory for IIB Supergravity compactified on . The result, that $δ{\cal A}=(…
Multi-Field Generalisations of the Klein-Gordon Theory associated with p-Branes
David B. Fairlie, Tatsuya Ueno
The purpose of this article is to initiate a study of a class of Lorentz invariant, yet tractable, Lagrangian Field Theories which may be viewed as an extension of the Klein-Gordon…
Covariant Formulation of Field Theories associated with p-Branes
David B. Fairlie, Tatsuya Ueno
We discuss the covariant formulation of local field theories described by the Companion Lagrangian associated with p-branes. The covariantisation is shown to be useful for clarifyi…
BPS States in 10+2 Dimensions
Tatsuya Ueno
We discuss a (10+2)D N=(1,1) superalgebra and its projections to M-theory, type IIA and IIB algebras. From the complete classification of a second-rank central term valued in the s…
Integrable Top Equations associated with Projective Geometry over Z_2
David B. Fairlie, Tatsuya Ueno
We give a series of integrable top equations associated with the projective geometry over Z_2 as a (2^n-1)-dimensional generalisation of the 3D Euler top equations. The general sol…
General Solution of 7D Octonionic Top Equation
Tatsuya Ueno
The general solution of a 7D analogue of the 3D Euler top equation is shown to be given by an integration over a Riemann surface with genus 9. The 7D model is derived from the 8D $…
Higher-dimensional Generalisations of the Euler Top Equations
David B. Fairlie, Tatsuya Ueno
Generalisations of the familiar Euler top equations in three dimensions are proposed which admit a sufficiently large number of conservation laws to permit integrability by quadrat…
Higher-dimensional WZW Model on Kähler Manifold and Toroidal Lie Algebra
Takeo Inami, Hiroaki Kanno, Tatsuya Ueno
We construct a generalization of the two-dimensional Wess-Zumino-Witten model on a -dimensional Kähler manifold as a group-valued non-linear sigma model with an anomaly term co…
Two-toroidal Lie Algebra as Current Algebra of Four-dimensional Kähler WZW Model
Takeo Inami, Hiroaki Kanno, Tatsuya Ueno +1
We investigate the structure of an infinite-dimensional symmetry of the four-dimensional Kähler WZW model, which is a possible extension of the two-dimensional WZW model. We consid…
Integrable Field Theories derived from 4D Self-dual Gravity
Tatsuya Ueno
We reformulate the self-dual Einstein equation as a trio of differential form equations for simple two-forms. Using them, we can quickly show the equivalence of the theory and 2D s…
Gravitational Instantons and Moduli Spaces of Topological 2-form Gravity
Mitsuko Abe, A. Nakamichi, T. Ueno
A topological version of four-dimensional (Euclidean) Einstein gravity which we propose regards anti-self-dual 2-forms and an anti-self-dual part of the frame connections as fundam…
Moduli Space of Topological 2-form Gravity
Mitsuko Abe, A. Nakamichi, T. Ueno
We propose a topological version of four-dimensional (Euclidean) Einstein gravity, in which anti-self-dual 2-forms and an SU(2) connection are used as fundamental fields. The theor…
New Vector Field and BRST Charges in 2-form Einstein Gravity
A. Nakamichi, T. Ueno
A new vector field is introduced into 2-form Einstein gravity in four dimensions to restore a large symmetry of its topological version. Two different expressions for the BRST char…
Topological 2-form Gravity in Four Dimensions
H. Y. Lee, A. Nakamichi, T. Ueno
A kind of topological field theory is proposed as a candidate to describe the global structure of the 2-form Einstein gravity with or without a cosmological constant. Indeed in the…