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Path Integral for the Free Particle

Replacing solution (4.95) back in Lagrangian (4.92) the classical action [Pg.385]

Quantum Nanochemistry-Volume I Quantum Theory and Observability [Pg.386]

Finally, the result of Eq. (4.99) has to be arranged so that to satisfy the limit (4.91) as well. For that we use the delta-Dirac representation [Pg.386]

See other pages where Path Integral for the Free Particle is mentioned: [Pg.357] [Pg.384]

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