The interpretation of the solutions of the Wheeler De Witt equation
arXiv:gr-qc/9703008 · doi:10.1103/PhysRevD.56.4618
Abstract
We extract transition amplitudes among matter constituents of the universe from the solutions of the Wheeler De Witt equation. The physical interpretation of these solutions is then reached by an analysis of the properties of the transition amplitudes. The interpretation so obtained is based on the current carried by these solutions and confirms ideas put forward by Vilenkin.
11 pages, latex, no figures
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Cited by in corpus (9)
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- Particle creation and non-adiabatic transitions in quantum cosmology
- A model Universe with variable space dimension: its dynamics and wave function
- Radon transform of Wheeler-De Witt equation and tomography of quantum states of the universe
- Unitary and non-unitary evolution in quantum cosmology
- Time dependent perturbation theory from Wheeler De Witt solutions
- Gauge Fixing and the Semiclassical Interpretation of Quantum Cosmology
- The Background Field Approximation in (quantum) cosmology
- Time dependent Green functions from Wheeler De Witt solutions