Quantizing Two-Dimensional Dilaton Gravity with Fermions: The Vienna Way
Rene Meyer
TL;DR
This paper reviews a nonperturbative path integral approach to quantizing two-dimensional dilaton gravity coupled with fermions, highlighting the Vienna school's methodology and recent developments.
Contribution
It introduces and discusses the Vienna school's approach to nonperturbative quantization of 2D dilaton gravity with fermions, emphasizing new techniques and insights.
Findings
Successful formulation of nonperturbative path integral quantization
New insights into fermion coupling in 2D gravity
Advancements in understanding quantum aspects of dilaton gravity
Abstract
I review recent work on nonperturbative path integral quantization of two-dimensional dilaton gravity coupled to Dirac fermions, employing the "Vienna school" approach.
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Taxonomy
TopicsInternational Science and Diplomacy