  
  
Stat 
Members: 2829 Articles: 1'982'662 Articles rated: 2574
08 August 2020 

   

Article overview
 

Gravitational Solitons and Monodromy Transform Approach to Solution of Integrable Reductions of Einstein Equations  G.A.Alekseev
;  Date: 
6 Dec 1999  Journal:  Physica D152 (2001) 97103  Subject:  General Relativity and Quantum Cosmology; Mathematical Physics; Exactly Solvable and Integrable Systems  grqc hepth mathph math.MP nlin.SI  Abstract:  In this paper the well known Belinskii and Zakharov soliton generating transformations of the solution space of vacuum Einstein equations with twodimensional Abelian groups of isometries are considered in the context of the so called "monodromy transform approach", which provides some general base for the study of various integrable space  time symmetry reductions of Einstein equations. Similarly to the scattering data used in the known spectral transform, in this approach the monodromy data for solution of associated linear system characterize completely any solution of the reduced Einstein equations, and many physical and geometrical properties of the solutions can be expressed directly in terms of the analytical structure on the spectral plane of the corresponding monodromy data functions. The Belinskii and Zakharov vacuum soliton generating transformations can be expressed in explicit form (without specification of the background solution) as simple (linearfractional) transformations of the corresponding monodromy data functions with coefficients, polynomial in spectral parameter. This allows to determine many physical parameters of the generating soliton solutions without (or before) calculation of all components of the solutions. The similar characterization for electrovacuum soliton generating transformations is also presented.  Source:  arXiv, grqc/0001012  Services:  Forum  Review  PDF  Favorites 


No review found.
Did you like this article?
Note: answers to reviews or questions about the article must be posted in the forum section.
Authors are not allowed to review their own article. They can use the forum section.
browser CCBot/2.0 (https://commoncrawl.org/faq/)

 



 News, job offers and information for researchers and scientists:
 