Optical Angular MomentumCRC Press, 19 apr 2016 - 300 pagina's Spin angular momentum of photons and the associated polarization of light has been known for many years. However, it is only over the last decade or so that physically realizable laboratory light beams have been used to study the orbital angular momentum of light. In many respects, orbital and spin angular momentum behave in a similar manner, but t |
Inhoudsopgave
Section 1 INTRODUCTION | 1 |
Section 2 SPIN AND ORBITAL ANGULAR MOMENTUM | 27 |
Section 3 LABORATORY BEAMS CARRYING ORBITAL ANGULAR MOMENTUM | 109 |
Section 4 OPTICAL FORCES AND TORQUES ON PARTICLES | 193 |
Section 5 OPTICAL FORCES AND TORQUES ON ATOMS | 211 |
Section 6 ROTATIONAL FREQUENCY SHIFTS | 245 |
Section 7 ANGULAR MOMENTUM IN NONLINEAR OPTICS | 271 |
Section 8 ENTANGLEMENT OF ANGULAR MOMENTUM | 285 |
Back Cover | 301 |
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Allen amplitude astigmatic atom azimuthal phase beam axis Beijersbergen circularly polarized combined beam components conservation corresponding Courtial cylindrical lenses dipole dislocation Doppler shift effect electromagnetic energy entanglement equation experimental field Gaussian beam Gaussian modes Gouy phase Heckenberg helical Hermite-Gaussian modes hologram intensity interaction Laguerre Laguerre-Gaussian beams Laguerre-Gaussian modes laser beam laser modes Lett LG beam LG mode light beam linear momentum MJ Padgett mode converter momenta momentum of light motion necklace Nienhuis observed operator optical Bloch equations optical tweezers orbital angular momentum oscillator output paraxial approximation particle phase singularities photon Phys plane wave plate Poincaré sphere polarised polarized light Poynting vector propagation radiation Rayleigh range Reprinted by permission singular beam solitons spin and orbital spin angular momentum spiral phaseplate topological charge torque total angular momentum transfer transformation transverse trapped velocity vortex vortices wave plate wavefronts Woerdman zero
