572
Index
in small metal particles, 246–248
Localized surface plasmon (LSP) modes,
348, 367, 432, 433, 434, 438, 445
Localized surface plasmon resonances
(LSPRs), 128
dielectric function of metals, 133
Localized surface plasmons (LSPs), 330
Locally anisotropic optical spin-Hall effect
(OSHE-LA), 485
Locally isotropic optical spin-Hall effect
(OSHE-LI), 485
LOCOS technique, 154, 155
Lorentzian lineshapes, 269, 270
Lorentzian oscillators, 252
Lorentzian resonances, 258
Lorentzian spectral time behavior, 250
Low-pressure chemical vapor deposition
(LPCVD), 154
M
Magnetic bead-based electro chemilumincence, 520
Magnus effect, 470, 496
Majorana sphere, 467, 468
MALDI TOF mass spectroscopy techniques,
502
Maxwell equations, 16, 436, 438, 529
Metal cooling, 187, 201
Metal surfaces
dipole point-source on, 388–389
field scattered on, 384
quasi-cylindrical wave, 384–388
SPP and quasi-CW, 388–389
waves on, 381–382
Metal-insulator-metal (MIM) structures,
150
Metal-oxide-semiconductor (MOS) geometry, 157, 158
Metals and metal nanoparticles, dielectric
function of, 169–172
Micro-Raman mapping, 516
Microscopic model, Fano’s, 382–384
Microscopic model, generalized, 393
cross conversion, 393–394
multiple-scattering model, 394–397
Mie coefficients, 562
Mie resonances, 246
Mie scattering, 266
Mie scattering theory, 211
Mie theory, 130, 197, 247, 250, 251, 252,
254
generalized (GMT). See Generalized
Mie theory (GMT)
Möbius function, 347
Modal decomposition, 343
Monostable spasers, 73–75
Moore’s law, 149
Multiphoton intrapulse interference phase
scan (MIIPS), 275
Multiple-scattering model, 394–397
Multipole effects, 214–215
extension to, 211–212
N
Nanoantennas, 8–9
Nanoellipsoid, 192
Nanomirrors, 6
Nanoparticle cooling, 182
Nanoparticle-generated optical tornadoes,
439–444
Nanoplasmonic metamaterials, 78–79
Nanoplasmonic systems, 2, 4, 7, 9, 10, 16,
18, 26, 36
mechanical forces in, 13
nanoantenna effect, 8
Nanoplasmonics, 2
experimental examples, 29–33
fundamentals, 3–8
issues, 12–14
nanoantennas, 8–9
nonlinear photoprocesses in, 15–16
radiative loss, 9–12
Nanospasers, 61–64
Nanotechnology, 87, 127, 313, 502, 521
Near-field scanning optical microscope
(NSOM), 21, 31, 153, 465, 475.
See also Scanning near-field optical microscope (SNOM)
Non-Hermitian system matrix, 226
Nonlinear Kerr effect, 257, 265
Nonlinear optical antennas, 269–270
Nonlinear optics, second-order, 258–260
Nonlinear plasmon optics, 255–258
nonlinear light scattering, 266–268
nonlinear optical antennas, 269–270
nonlinear wavemixing with surface plasmons, 262–264
second-order nonlinear optics, 258–260
SHG response at metal surfaces, 260–
262
surface-enhanced nonlinear processes,
264–266
Nonlinear response tensor (NRT), 209–211
Nonlocalized SPs
as eigenmodes, 16–18
Index
in small metal particles, 246–248
Localized surface plasmon (LSP) modes,
348, 367, 432, 433, 434, 438, 445
Localized surface plasmon resonances
(LSPRs), 128
dielectric function of metals, 133
Localized surface plasmons (LSPs), 330
Locally anisotropic optical spin-Hall effect
(OSHE-LA), 485
Locally isotropic optical spin-Hall effect
(OSHE-LI), 485
LOCOS technique, 154, 155
Lorentzian lineshapes, 269, 270
Lorentzian oscillators, 252
Lorentzian resonances, 258
Lorentzian spectral time behavior, 250
Low-pressure chemical vapor deposition
(LPCVD), 154
M
Magnetic bead-based electro chemilumincence, 520
Magnus effect, 470, 496
Majorana sphere, 467, 468
MALDI TOF mass spectroscopy techniques,
502
Maxwell equations, 16, 436, 438, 529
Metal cooling, 187, 201
Metal surfaces
dipole point-source on, 388–389
field scattered on, 384
quasi-cylindrical wave, 384–388
SPP and quasi-CW, 388–389
waves on, 381–382
Metal-insulator-metal (MIM) structures,
150
Metal-oxide-semiconductor (MOS) geometry, 157, 158
Metals and metal nanoparticles, dielectric
function of, 169–172
Micro-Raman mapping, 516
Microscopic model, Fano’s, 382–384
Microscopic model, generalized, 393
cross conversion, 393–394
multiple-scattering model, 394–397
Mie coefficients, 562
Mie resonances, 246
Mie scattering, 266
Mie scattering theory, 211
Mie theory, 130, 197, 247, 250, 251, 252,
254
generalized (GMT). See Generalized
Mie theory (GMT)
Möbius function, 347
Modal decomposition, 343
Monostable spasers, 73–75
Moore’s law, 149
Multiphoton intrapulse interference phase
scan (MIIPS), 275
Multiple-scattering model, 394–397
Multipole effects, 214–215
extension to, 211–212
N
Nanoantennas, 8–9
Nanoellipsoid, 192
Nanomirrors, 6
Nanoparticle cooling, 182
Nanoparticle-generated optical tornadoes,
439–444
Nanoplasmonic metamaterials, 78–79
Nanoplasmonic systems, 2, 4, 7, 9, 10, 16,
18, 26, 36
mechanical forces in, 13
nanoantenna effect, 8
Nanoplasmonics, 2
experimental examples, 29–33
fundamentals, 3–8
issues, 12–14
nanoantennas, 8–9
nonlinear photoprocesses in, 15–16
radiative loss, 9–12
Nanospasers, 61–64
Nanotechnology, 87, 127, 313, 502, 521
Near-field scanning optical microscope
(NSOM), 21, 31, 153, 465, 475.
See also Scanning near-field optical microscope (SNOM)
Non-Hermitian system matrix, 226
Nonlinear Kerr effect, 257, 265
Nonlinear optical antennas, 269–270
Nonlinear optics, second-order, 258–260
Nonlinear plasmon optics, 255–258
nonlinear light scattering, 266–268
nonlinear optical antennas, 269–270
nonlinear wavemixing with surface plasmons, 262–264
second-order nonlinear optics, 258–260
SHG response at metal surfaces, 260–
262
surface-enhanced nonlinear processes,
264–266
Nonlinear response tensor (NRT), 209–211
Nonlocalized SPs
as eigenmodes, 16–18