The variable coherence model adds a tunable coherence width to simulate SASE FEL pulses with continuous control over noise characteristics while keeping average bandwidth constant, demonstrated via statistical analyses across three parameter regimes.
The physics of x-ray free-electron lasers
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TDDFT and SBE simulations of strong-field dynamics in a wide-bandgap material model yield consistent attosecond transient absorption signals, validating the SBE approach via interband couplings.
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Variable coherence model for free-electron laser pulses
The variable coherence model adds a tunable coherence width to simulate SASE FEL pulses with continuous control over noise characteristics while keeping average bandwidth constant, demonstrated via statistical analyses across three parameter regimes.
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Simulating strong-field electron-hole dynamics in solids probed by attosecond transient absorption spectroscopy
TDDFT and SBE simulations of strong-field dynamics in a wide-bandgap material model yield consistent attosecond transient absorption signals, validating the SBE approach via interband couplings.