Two-color double-pulse irradiation controls energy absorption in crystalline silicon, with regime-specific mechanisms: multiphoton absorption at low intensity, tunneling and intraband at high intensity, and enhanced per-electron energy gain when short precedes long wavelength in intermediate regimes
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Ultrafast Energy Absorption in Silicon Controlled by Two-Color Double Pulses
Two-color double-pulse irradiation controls energy absorption in crystalline silicon, with regime-specific mechanisms: multiphoton absorption at low intensity, tunneling and intraband at high intensity, and enhanced per-electron energy gain when short precedes long wavelength in intermediate regimes