현대 광학

강의상세

빛의 전자기파로서의 기본개념과 전자파의 회절, 간섭 등의 광학적 특성과 응용분야 등에 대해 다룬다.

1.	Propagation of light	Nature of light, Speed of light, Plane wave
2.	Propagation of light	Phase velocity, Group velocity, Doppler effect
3.	ch. 2	The propagation of light.
4.	Vectorial nature of light	Circular and elliptical polarization, Jones calculus,
5.	ch. 3	The vectorial nature of light.
6.	ch. 3	Coherence and Interference
7.	Coherence and Interference	Theory of coherence, Spectral resolution
8.	Multiple-beam interference	Interference with multiple-beams, Fabry-Perot interferometer,
9.	Multiple-beam interference	Resolution of Fabry-Perot instruments, Theory of multilayer films
10.	Diffraction	Theory of diffraction, Fraunhofer and Fresnel diffraction
11.	Diffraction	Rectangular and circular aperture, Optical resolution, Resolving power
12.	Optics of solids	Macroscopic equations, Propagation of light in isotropic dielectrics
13.	Optics of solids	Propagation of light in conducting media, Reflection and refraction at boundary of absorbing medium
14.	Optics of solids	Propagation of light in crystals, Dielectric tensor, Optical activity