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liouville_theory [2021/06/29 22:25] Brian McPeak [Lagrangian Picture] |
liouville_theory [2021/06/29 22:36] (current) Brian McPeak [Bootstrap Picture] |
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| ===Some Remaining questions=== | ===Some Remaining questions=== | ||
| - | * This theory | + | * How is the partition function normalized in a theory |
| =====Lagrangian Picture===== | =====Lagrangian Picture===== | ||
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| This is equivalent to Liouville' | This is equivalent to Liouville' | ||
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| + | It is instructive to consider the wavefunction of states which ``scatter" | ||
| + | |||
| + | \begin{align} | ||
| + | \Psi_P(\phi) \sim e^{2 i P \phi} + R(P) e^{-2 i P \phi} | ||
| + | \end{align} | ||
| + | |||
| + | Here $R(P)$ is the reflection amplitude for incoming plane-waves with momentum $P$, and may be computed from the equation of motion. The wave functions $\Psi$ describe the states which map to the Virarsoro primaries of Liouville theory under the state-operator correspondence. | ||
| =====External Links===== | =====External Links===== | ||