Add to ORKGIn this paper we provide the techniques and proofs for the resuls presented in our companion paper concerning the consistency check on volume and triad operator quantisation in Loop Quantum Gravity
We describe the canonical approach to quantum gravity and report on the status of its most advanced ...
We continue the semiclassical analysis of the Loop Quantum Gravity (LQG) volume operator that was st...
This article addresses the issue of the closure of the algebra of constraints for generic (cosmologi...
In this paper, we provide the techniques and proofs for the results presented in our companion paper...
In this paper, we provide the techniques and proofs for the results presented in our companion paper...
The volume operator plays a pivotal role for the quantum dynamics of Loop Quantum Gravity (LQG). It ...
21 pagesOne of the main achievements of LQG is the consistent quantization of the Wheeler-DeWitt equ...
The Volume Operator plays a crucial role in the definition of the quantum dynamics of Loop Quantum G...
The volume operator plays a pivotal role for the quantum dynamics of Loop Quantum Gravity (LQG), bot...
Based on Ashtekar\u27s new variables there are two different representation for canonical quantum gr...
A functional calculus on the space of (generalized) connections was recently introduced without any ...
Abstract To adopt a practical method to calculate the action of geometrical operators on quantum sta...
One of the celebrated results of Loop Quantum Gravity (LQG) is the discreteness of the spectrum of g...
We investigate some properties of geometric operators in canonical quantum gravity in the connection...
Although an important issue in canonical quantization, the problem of representing the constraint al...
We describe the canonical approach to quantum gravity and report on the status of its most advanced ...
We continue the semiclassical analysis of the Loop Quantum Gravity (LQG) volume operator that was st...
This article addresses the issue of the closure of the algebra of constraints for generic (cosmologi...
In this paper, we provide the techniques and proofs for the results presented in our companion paper...
In this paper, we provide the techniques and proofs for the results presented in our companion paper...
The volume operator plays a pivotal role for the quantum dynamics of Loop Quantum Gravity (LQG). It ...
21 pagesOne of the main achievements of LQG is the consistent quantization of the Wheeler-DeWitt equ...
The Volume Operator plays a crucial role in the definition of the quantum dynamics of Loop Quantum G...
The volume operator plays a pivotal role for the quantum dynamics of Loop Quantum Gravity (LQG), bot...
Based on Ashtekar\u27s new variables there are two different representation for canonical quantum gr...
A functional calculus on the space of (generalized) connections was recently introduced without any ...
Abstract To adopt a practical method to calculate the action of geometrical operators on quantum sta...
One of the celebrated results of Loop Quantum Gravity (LQG) is the discreteness of the spectrum of g...
We investigate some properties of geometric operators in canonical quantum gravity in the connection...
Although an important issue in canonical quantization, the problem of representing the constraint al...
We describe the canonical approach to quantum gravity and report on the status of its most advanced ...
We continue the semiclassical analysis of the Loop Quantum Gravity (LQG) volume operator that was st...
This article addresses the issue of the closure of the algebra of constraints for generic (cosmologi...