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19962026
most citedInfinite number of soliton solutions to 5-dimensional vacuum Einstein equation

30 citations · 157 across the 17 of their papers we have counts for

collaborators

17 papers

hep-th2026

Gauge-Theoretical Method in Solving Zero-curvature Equations III --Gauge Theoretical Method and the Bäcklund Transformations for Solitons--

Takahiro Azuma, Takao Koikawa

In soliton theory, both the gauge-theoretical method and the Bäcklund transformation yield soliton equations from the compatibility condition of a pair of linear equations. Therefo…

hep-th2010

Lie Algebra Quantization by the Star Product

Takao Koikawa

We apply the star product quantization to the Lie algebra. The quantization in terms of the star product is well known and the commutation relation in this case is called the -d…

hep-th2008★ 15 cited

An Infinite Number of Static Soliton Solutions to the 5D Einstein-Maxwell Equations with a Dilaton Field

Takahiro Azuma, Takao Koikawa

We study the 5D static Einstein-Maxwell equations with a dilaton field. We construct an infinte number of solutions by using a soliton technique. We study the rod structure of 2-so…

hep-th2007★ 17 cited

An Infinite Number of Static Soliton Solutions to 5D Einstein-Maxwell Equations

Takahiro Azuma, Takao Koikawa

The soliton technique is applied to the 5D static Einstein-Maxwell equations, and an infinite number of solutions are explicitly obtained. We study the rod structure of 2-soliton s…

hep-th2005★ 22 cited

Infinite Number of Stationary Soliton Solutions to Five-dimensional Vacuum Einstein Equation

Takahiro Azuma, Takao Koikawa

We obtain an infinite number of soliton solutions to the the five-dimensional stationary Einstein equation with axial symmetry by using the inverse scattering method. We start with…

hep-th2005★ 30 cited

Infinite number of soliton solutions to 5-dimensional vacuum Einstein equation

Takao Koikawa

We give an infinite number of exact solutions to the 5-dimensional static Einstein equation with axial symmetry by using the inverse scattering method. The solutions are characteri…