Strong field double ionization : The phase space perspective
arXiv:0812.3054 · doi:10.1103/PhysRevLett.102.173002
Abstract
We identify the phase-space structures that regulate atomic double ionization in strong ultrashort laser pulses. The emerging dynamical picture complements the recollision scenario by clarifying the distinct roles played by the recolliding and core electrons, and leads to verifiable predictions on the characteristic features of the "knee", a hallmark of the nonsequential process.
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Cited by in corpus (24)
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- Recollisions and correlated double ionization with circularly polarized light
- Effects of Elliptical Polarization on Strong-Field Short-Pulse Double Ionization
- Elliptical Trajectories in Nonsequential Double Ionization
- From recollisions to the knee: A road map for double ionization in intense laser fields
- Classical Theory of High Field Atomic Ionization Using Elliptical Polarization
- Charge Migration Manifests as Attosecond Solitons in Conjugated Organic Molecules
- Strong field double ionization: What is under the "knee"?
- Mechanism of delayed double ionization in a strong laser field
- Restricted space ab initio models for double ionization by strong laser pulses
- Can one turn off Coulomb focusing?
- Strong field double ionization of H2 : Insights from nonlinear dynamics
- Dynamics of recollisions for the double ionization of atoms in intense laser fields
- Delayed double ionization as a signature of Hamiltonian chaos
- Attoscience in Phase Space
- Extended virtual detector theory including quantum interferences
- Frustrated double ionization of atoms in circularly polarized laser fields
- Nonadiabatic effects in the double ionization of atoms driven by a circularly polarized laser pulse
- Controlling double ionization of atoms in intense bichromatic laser pulses
- Classical versus quantum views of intense laser pulse propagation in gases
- Simulated annealing algorithm for finding periodic orbits of multi-electron atomic systems
- Triggering recollisions with XUV pulses: Imprint of recolliding periodic orbits
- Extended phase-space symplectic integration for electron dynamics
- Notebook articles: towards a transformative publishing experience in nonlinear science