Sachiko Ogushi

Cosmological and black hole brane world universes in higher derivative gravity

General model of multidimensional

Friedmann-Robertson-Walker brane cosmological equations from the five-dimensional bulk (A)dS black hole

R^2

Finite action in 5D gauged supergravity and the dilatonic conformal anomaly for dual quantum field theory

-gravity including Riemann tensor square term (non-zero

HOLOGRAPHIC ENTROPY AND BRANE FRW DYNAMICS FROM AdS BLACK HOLE IN d5 HIGHER DERIVATIVE GRAVITY

c

Dilatonic brane-world black holes, gravity localization, and Newton’s constant

case) is considered. The number of brane-worlds in such model is constructed (mainly in five dimensions) and their properties are discussed. Thermodynamics of S-AdS BH (with boundary) is presented when perturbation on

LOGARITHMIC CORRECTIONS TO THE FRW BRANE COSMOLOGY FROM 5d SCHWARZSCHILD DE SITTER BLACK HOLE

c

Holographic renormalization group and conformal anomaly for AdS9/CFT8 correspondence

is used. The entropy, free energy and energy are calculated. For non-zero

Scheme-dependence of holographic conformal anomaly in d5 gauged supergravity with non-trivial bulk potential

c

Axion-dilatonic conformal anomaly from AdS/CFT correspondence

the entropy (energy) is not proportional to the area (mass). The equation of motion of brane in BH background is presented as FRW equation. Using dual CFT description it is shown that dual field theory is not conformal one when

Holographic Conformal Anomaly with Bulk Scalars Potential from d3 and d5 Gauged Supergravity

c