Infinite degenerate states and Hawking flux quantization of twodimensional black hole.
Abstract
The author further investigates the exactly solvable quantum corrected twodimensional dilatongravity theories. For a fixed choice of boundary conditions, there exist the infinite symmetries on the equations of motion and the constraint equations in such a theory. The generators of these symmetries can be used to generate infinite degenerate states of twodimensional black hole. The existence of the infinite static and nonstatic solutions results in quantization of the Hawking flux in the procedure of black hole evaporation.
 Publication:

Communications in Theoretical Physics
 Pub Date:
 June 1997
 DOI:
 10.1088/02536102/27/4/475
 Bibcode:
 1997CoTPh..27..475C
 Keywords:

 Black Holes: Evaporation