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P. 256
Index 247
Mie regime, 85 optical, 26
milk fat colloid, 154 optical box, 186
miniaturization, 11 optical cavities, 117
minimum axial trapping power, 104 optical constant, 118
mitochondria, 113 optical disk tester, 199
mitochondrion, 83 optical encoder, 23
mixing, 18 optical fiber trapping, 97
mixing efficiency, 144 optical fiber with a sharpened end, 167
mixing rate, 146 optical heads, 17
mode interval, 33, 46, 47 optical MEMS, 1, 26
modulation transfer function (MTF), optical method, 157
195 optical mixer, 124, 163
molding, 6 optical motors, 124
molecular devices, 29 optical pressure, 20, 26, 81, 85, 125
moment of inertia, 70 optical pressure force, 120
moments, 69 optical pulse duty, 211
momentum change per second, 85 optical rotors, 21, 121
momentum of light, 85 optical spring constant, 112
monolithic, 29 optical switches, 16
monolithic integration, 10, 21 optical torque, 125
multi mode, 46 optical tweezers, 81
Mur ABCs, 173 optical-fiber tweezers, 97
myosin, 114 optically switched laser head, 58, 76,
197
NA, 93 optically trapped gold particle, 176
NA control, 18 OSL, 58, 197
nanoparticle assembly, 120 out-of-plane micro-Fresnel lens, 13
NaOH, 164 output variation, 64
Navier–Stokes equation, 137 oxygen reactive ion-beam etching, 151
ND filter, 104
near field, 167 p-polarization, 86
near field recording, 193 packing, 30
near-future optical disk, 193 parabolic ray model, 106
negative pressure, 142 paraffin wax, 83
next-generation DVD, 193 parallel beam, 127
non-mark, 211 particle manipulation, 83
nonpropagating conditions, 167 particle pattern formation, 83
number of functions, 29 particle transport, 118
numerical aperture, 93 pattern tracking algorithm, 158
patterning, 5
oblique angle, 123 perfect conductor, 173
oblique illumination, 154 perfect conductor sphere, 176
oblique incident, 101 perfectly matched layer (PML), 173
off-axial distance, 100 permissible read power, 78
off-axial trapping, 98, 101 permittivity, 176
off-resonant frequencies, 68 phase change, 194
on-chip actuator, 18 phase change medium, 59
on-chip Mach-Zehnder interferometer, phase difference, 53
13 phase mask, 188
