574
Index
time-reversal coherent control, numerical results for, 40–46
time-reversal coherent control, qualitative description of, 37–40
time-reversal solution for coherent control, 36–37
Plasmon-mediated superradiance near metal
nanostructures, 525–528
plasmonic coupling of radiating dipoles,
528–532
radiated energy of, dipoles near nanoparticle, 532–533
PlasMOStor, 157
Point spread function (PSF), 482
Polarization effects, coupling of s-polarized
propagating waves and surface
waves, 296–297
Polarization pulse shaping, 50
Polarization-dependent coupling, 469
Polymethyl methacrylate (PMMA), 352,
355, 364, 412, 419, 421, 425
Post CMOS era, 150
Poynting vector, 435
field lines, 437
Primality, 347
Propagating SPP modes, 245–246
Pump-probe techniques, 278
Pure-point spectrum, 333
Q
Quantum density matrix equations, 64–66
Quantum dots (QDs), 54, 86
Quantum efficiencies, 542
Quantum nanoplasmonics. See Spasers;
Spasing
Quantum plasmonics, 14. See also Spasers;
Spasing
Quantum-mechanical expression, 10
Quasi-cylindrical wave (quasi-CW), 380
Quasistatic approximation, 16
R
Rabi frequency, 65
Radiation reaction, 252
Radiative heat transfer at nanoscale, 300–
301
with anisotropic media, 315–317
beyond SPPs coupling, 312–315
heat flux exchanged between two planar
media, 301–304
mediated by photon tunneling, 308–312
mesoscopic analysis of, 304–308
near-field energy conversion, 319–322
with phase change materials, 317–319
Raman scattering, 104, 265
Raman sensing, 432
Raman Stokes light, 106
Random planar composite (RPC), 19, 27
Rao-Wilton-Glisson triangular patch basis
functions, 225
Rashba and Dresselhaus effects, 492
Rashba-like spin degeneracy violation, 492–
496
Rayleigh anomaly, 416
Rayleigh condition, 382
Rayleigh cut-off condition, 340
Rayleigh-Gans-Debye approximation, 224
Rayleigh resonances, 246
Rayleigh scattering, 173, 266
Reactive ion etching (RIE), 151, 161, 352
Resonance energy transfer near metal nanostructures, 544–546
cooperative energy transfer, 557–560
cooperative plasmon-assisted resonance
energy transfer, 553–556
near plasmonic nanostructure, 546–551
plasmon-assisted single-donor energy
transfer, 551–553
Resonance Raman scattering (RRS), 105–
106
Reststrahlen region, 309
Retarded Green’s function, 22–24
Rhodamine6G (R6G), 511, 514
Ricatti-Bessel functions, 251
Riemann’s zeta function, 347
Rose bengal dye-sensitized TiO 2 cell, 135
Rotating wave approximation (RWA), 64
Rudin–Shapiro sequence, 334, 335, 339
S
Scanning near-field optical microscope
(SNOM), 31. See also Nearfield scanning optical microscope
(NSOM)
Scattering-scanning
near-field
optical
microscopy (s-SNOM), 276
Schawlow-Townes theory, 66, 71
Schottky barrier (SB) photodetector, 159,
160, 162
Schottky diodes, 14
Second harmonic generation (SHG), 208–
209, 256
circular-difference (CD) response, 218
Shock waves, 172
Shockley-Queisser limit, 319
Index
time-reversal coherent control, numerical results for, 40–46
time-reversal coherent control, qualitative description of, 37–40
time-reversal solution for coherent control, 36–37
Plasmon-mediated superradiance near metal
nanostructures, 525–528
plasmonic coupling of radiating dipoles,
528–532
radiated energy of, dipoles near nanoparticle, 532–533
PlasMOStor, 157
Point spread function (PSF), 482
Polarization effects, coupling of s-polarized
propagating waves and surface
waves, 296–297
Polarization pulse shaping, 50
Polarization-dependent coupling, 469
Polymethyl methacrylate (PMMA), 352,
355, 364, 412, 419, 421, 425
Post CMOS era, 150
Poynting vector, 435
field lines, 437
Primality, 347
Propagating SPP modes, 245–246
Pump-probe techniques, 278
Pure-point spectrum, 333
Q
Quantum density matrix equations, 64–66
Quantum dots (QDs), 54, 86
Quantum efficiencies, 542
Quantum nanoplasmonics. See Spasers;
Spasing
Quantum plasmonics, 14. See also Spasers;
Spasing
Quantum-mechanical expression, 10
Quasi-cylindrical wave (quasi-CW), 380
Quasistatic approximation, 16
R
Rabi frequency, 65
Radiation reaction, 252
Radiative heat transfer at nanoscale, 300–
301
with anisotropic media, 315–317
beyond SPPs coupling, 312–315
heat flux exchanged between two planar
media, 301–304
mediated by photon tunneling, 308–312
mesoscopic analysis of, 304–308
near-field energy conversion, 319–322
with phase change materials, 317–319
Raman scattering, 104, 265
Raman sensing, 432
Raman Stokes light, 106
Random planar composite (RPC), 19, 27
Rao-Wilton-Glisson triangular patch basis
functions, 225
Rashba and Dresselhaus effects, 492
Rashba-like spin degeneracy violation, 492–
496
Rayleigh anomaly, 416
Rayleigh condition, 382
Rayleigh cut-off condition, 340
Rayleigh-Gans-Debye approximation, 224
Rayleigh resonances, 246
Rayleigh scattering, 173, 266
Reactive ion etching (RIE), 151, 161, 352
Resonance energy transfer near metal nanostructures, 544–546
cooperative energy transfer, 557–560
cooperative plasmon-assisted resonance
energy transfer, 553–556
near plasmonic nanostructure, 546–551
plasmon-assisted single-donor energy
transfer, 551–553
Resonance Raman scattering (RRS), 105–
106
Reststrahlen region, 309
Retarded Green’s function, 22–24
Rhodamine6G (R6G), 511, 514
Ricatti-Bessel functions, 251
Riemann’s zeta function, 347
Rose bengal dye-sensitized TiO 2 cell, 135
Rotating wave approximation (RWA), 64
Rudin–Shapiro sequence, 334, 335, 339
S
Scanning near-field optical microscope
(SNOM), 31. See also Nearfield scanning optical microscope
(NSOM)
Scattering-scanning
near-field
optical
microscopy (s-SNOM), 276
Schawlow-Townes theory, 66, 71
Schottky barrier (SB) photodetector, 159,
160, 162
Schottky diodes, 14
Second harmonic generation (SHG), 208–
209, 256
circular-difference (CD) response, 218
Shock waves, 172
Shockley-Queisser limit, 319