Index
A
Absorption, 87, 89, 92, 94, 95
Adiabatic limit, 30
Adiabatic process, 82, 93, 96, 98
Ag
+ , 10
Air flow, 15
Air-lasing, 21, 38
Alignment, 34
All-optical switching, 116
Ammosov-Delone-Krainov (MO-ADK)
theory, 37
Anti-crossing, 108
Au complex ion, 10
Autler–Townes, 91, 98
Autler–Townes splitting, 78
B
Basis wave function, 26, 28
Bichromatic carrier-envelope phase-stable
polarization-tailored supercontinuum,
70
Bichromatic control, 72
Bichromatic fields, 44
Bichromatic polarization shaping, 44
Bloch equation formalism, 107
Boltzmann distribution, 36
Bose-Einstein condensation, 117
Bulk etching speed, 135
C
Carbon nanoparticles, 10
Carrier-envelope phase, 44
Cell structures, 13
CEP control of the directionality, 70
CH, 6
Charge distribution, 159
Chemical etching, 135
Chips, 12
Clamped intensity, 2, 3
Clean cut, 13
Cloud chamber, 15
Cloud condensation nuclei, 15
Co-operative damping, 107
Coherence, 101
Coherent control, 44
Coherent nonlinear response, 105
‘Cold’ cutting, 14
Condensation, 9, 15
Controlled quantum dynamics, 43
Convection, 14
Corona discharge, 14
Coupled oscillator model, 108, 112
Coupling, 29
CR-39, 134
Custom composite polarizer, 47
Cutting brittle materials, 12
Cycloidal fields, 49
D
Dephasing, 103
Diagnostics tool, 167
Diamond cutting, 12
Differential reflectivity, 110
Directionality of quantum processes, 50
Dispersibility, 10
E
Emission mechanism, 22
Energy transfer, 101
Etch pit, 135
© Springer Nature Switzerland AG 2020
K. Yamanouchi and D. Charalambidis (eds.), Progress in Ultrafast
Intense Laser Science XV, Topics in Applied Physics 136,
https://doi.org/10.1007/978-3-030-47098-2
177
A
Absorption, 87, 89, 92, 94, 95
Adiabatic limit, 30
Adiabatic process, 82, 93, 96, 98
Ag
+ , 10
Air flow, 15
Air-lasing, 21, 38
Alignment, 34
All-optical switching, 116
Ammosov-Delone-Krainov (MO-ADK)
theory, 37
Anti-crossing, 108
Au complex ion, 10
Autler–Townes, 91, 98
Autler–Townes splitting, 78
B
Basis wave function, 26, 28
Bichromatic carrier-envelope phase-stable
polarization-tailored supercontinuum,
70
Bichromatic control, 72
Bichromatic fields, 44
Bichromatic polarization shaping, 44
Bloch equation formalism, 107
Boltzmann distribution, 36
Bose-Einstein condensation, 117
Bulk etching speed, 135
C
Carbon nanoparticles, 10
Carrier-envelope phase, 44
Cell structures, 13
CEP control of the directionality, 70
CH, 6
Charge distribution, 159
Chemical etching, 135
Chips, 12
Clamped intensity, 2, 3
Clean cut, 13
Cloud chamber, 15
Cloud condensation nuclei, 15
Co-operative damping, 107
Coherence, 101
Coherent control, 44
Coherent nonlinear response, 105
‘Cold’ cutting, 14
Condensation, 9, 15
Controlled quantum dynamics, 43
Convection, 14
Corona discharge, 14
Coupled oscillator model, 108, 112
Coupling, 29
CR-39, 134
Custom composite polarizer, 47
Cutting brittle materials, 12
Cycloidal fields, 49
D
Dephasing, 103
Diagnostics tool, 167
Diamond cutting, 12
Differential reflectivity, 110
Directionality of quantum processes, 50
Dispersibility, 10
E
Emission mechanism, 22
Energy transfer, 101
Etch pit, 135
© Springer Nature Switzerland AG 2020
K. Yamanouchi and D. Charalambidis (eds.), Progress in Ultrafast
Intense Laser Science XV, Topics in Applied Physics 136,
https://doi.org/10.1007/978-3-030-47098-2
177