TL;DR
This paper explores the geometric properties of the Wheeler-DeWitt metric in canonical General Relativity, focusing on its non-definite nature and implications for quantum gravity.
Contribution
It provides new insights into the geometry of superspace and the non-definite characteristics of the Wheeler-DeWitt metric in the context of quantum gravity.
Findings
Analysis of the non-definite nature of the Wheeler-DeWitt metric
Implications for the structure of superspace
Connections to Mach's principle
Abstract
We investigate certain properties of the Wheeler-DeWitt metric (for constant lapse) in canonical General Relativity associated with its non-definite nature. Contribution to the conference on Mach's principle: "From Newtons Bucket to Quantum Gravity", July 26-30 1993, Tuebingen, Germany
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