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Thrapsaniotis, E.G. (2011) Chapter 19. Path Integral Approach to the Interaction of One Active Electron Atoms with Ultrashort Squeezed Pulses. In: George, T.F., Let-fullin, R.R. and Zhang, G., Eds., Perspectives in Theoretical Physics, Nova Science Publishers, 249-272.

has been cited by the following article:

• TITLE: Path Integral Approach to the Interaction of Two-Electron Atoms with Elliptically Polarized Pulses

  AUTHORS: Emmanouil George Thrapsaniotis

  KEYWORDS: Helium, Path Integrals, Angular Decomposition, Sign Solved Propagator, Elliptic Polarization

  JOURNAL NAME: Journal of Applied Mathematics and Physics, Vol.12 No.11, November 6, 2024

  ABSTRACT: We study the dynamics of a two-electron atom interacting with a pulsed, elliptically polarized, ultrashort, excited coherent state. We use path integral methods and integrate on the photonic part. We angularly decompose the Coulomb interaction term of the two electrons and the interaction term of the two electrons with the photonic field and solve the sign problem. We give results on the survival probability of the ground state of Helium.