Black Hole Formation by Sine-Gordon Solitons in Two-dimensional Dilaton Gravity
Hak-Soo Shin, Kwang-Sup Soh
TL;DR
This paper explores how sine-Gordon solitons in a two-dimensional dilaton gravity model can lead to black hole formation, providing exact classical solutions that connect soliton dynamics with gravitational collapse.
Contribution
It introduces exact classical solutions of sine-Gordon solitons in a 2D dilaton gravity model and analyzes their role in black hole formation.
Findings
Exact solutions for kink and two-kink solitons in the model.
Connection established between soliton solutions and black hole formation.
Insights into classical solvability of the model.
Abstract
The CGHS model of two-dimensional dilaton gravity coupled to a sine-Gordon matter field is considered. The theory is exactly solvable classically, and the solutions of a kink and two-kink type solitons are studied in connection with black hole formation.
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