Hamiltonian analysis of self-dual gauge gravity
Steven Kerr

TL;DR
This paper performs a Hamiltonian analysis of self-dual gauge gravity, revealing that its canonical structure is equivalent to that of self-dual gravity, thus providing insights into its theoretical foundations.
Contribution
It presents the Hamiltonian formulation of self-dual gauge gravity and establishes its equivalence to self-dual gravity's canonical structure.
Findings
Canonical structure matches that of self-dual gravity
Provides a Hamiltonian framework for self-dual gauge gravity
Supports the theoretical consistency of self-dual gauge gravity
Abstract
The Hamiltonian analysis of the self-dual gauge gravity theory is carried out. The resulting canonical structure is equivalent to that of self-dual gravity.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Noncommutative and Quantum Gravity Theories · Cosmology and Gravitation Theories
