The solution to Wheeler-DeWitt is eight
E.Adi & S.Solomon
TL;DR
This paper presents a novel geometric solution to the Wheeler-DeWitt equation in 2D quantum gravity, involving boundary loop amplitudes and a recursive method for estimating singular geometries.
Contribution
Introduces a new geometric solution to the Wheeler-DeWitt equation and a recursive counting method for singular geometries in 2D quantum gravity.
Findings
Derived a solution involving boundary tangent loops
Developed a recursive method for amplitude estimation
Enhanced understanding of singular geometries in quantum gravity
Abstract
We describe a new geometrical solution to the Wheeler-DeWitt equation in two dimensional quantum gravity. The solution is the amplitude of a surface whose boundary consists of two tangent loops. We further discuss a new method for estimating singular geometries amplitudes, which uses explicit recursive counting of discrete surfaces.
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