- Lecturer
- Vacha Martin
- Place
- Mon3-4(蜊8-102) Fri3-4(蜊8-102)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 5812
- Syllabus updated
- 2011/3/23
- Lecture notes updated
- 2011/3/23
- Semester
- Spring Semester / Recommended semester:5
Outline of lecture
I縲譛画ｩ滓攝譁吶ｮ蜈牙ｭｦ迚ｩ諤ｧ繧蜈画ｩ溯ｽ諤ｧ繧堤炊隗｣縺吶ｋ縺溘ａ縺ｫ蜈牙ｭｦ縺ｮ蝓ｺ遉弱ｒ蟄ｦ縺ｶ縲りｬ帷ｾｩ縺ｯ蜈ｨ縺ｦ闍ｱ隱槭〒陦後≧縲
縲The aim is to learn basics of optics to understand optical properties and optical functions of organic materials. The lecture will be given in English
II縲蜈峨ｮ蝓ｺ譛ｬ逧諤ｧ雉ｪｼ帛峨ｮ蜿榊ｰｼ梧淵荵ｱｼ悟ｱ域釜ｼ帛￥蜈会ｼ帛ｹｲ貂会ｼ悟屓譫;繝ｬ繝ｼ繧ｶ縲
縲Character of light; reflection, scattering, refraction; polarized light; interference; diffraction; laser.
Purpose of lecture
The aim is to study basics of optics to understand optical properties and optical functions of organic materials and learn about optical phenomena used in organic photonic devices.
縺ｪ縺翫∵悽隰帷ｾｩ縺ｯ闍ｱ隱槭〒陦後ｏ繧後ｋ縲
Plan of lecture
1.Introduction: Optics in organic material research ? motivation; organization of the lecture; history of optics
2.Character of light: Light as electromagnetic waves; electric and magnetic fields; Maxwell窶冱 equations, wave equation; energy of light: the Poynting vector, pressure of light; light as particles
3.Propagation of light: Dispersion, Newton窶冱 observation; microscopic theory of dispersion: Lorentz窶冱 oscillator model; complex refractive index; dispersion in dense media: Clausius-Mossotti relation; non-resonant interaction of light with matter: scattering, refraction, reflection; Fresnel equations, reflectance, transmittance; basics of geometrical optics; applications of refraction and reflection: waveguides and optical fibers
4.Polarization of light: Linear, circular, elliptical polarization; principle of polarizers: anisotropy of optical phenomena; mathematical description of polarization: Jones vector and Jones matrix; phenomena related to polarization: optical activity, Faraday effect; electro-optical effects (Kerr effect)
5.Interference of light: General equation and conditions for interference; coherent light characteristics: coherence length and time; applications of interference: interferometers, dielectric thin films, interference filters
6.Diffraction of light: Basic physical principles of diffraction; diffraction on a single slit, multiple-slit diffraction, diffraction grating, principle of monochromator
7.Principle of laser: Spontaneous and stimulated emission, Einstein coefficients; population inversion, three level system; light amplification, gain, feedback in optical resonator; character of laser light, types of lasers
Textbook and reference
螟ｧ豢･蜈荳 縲檎樟莉｣蜈臥ｧ大ｭｦ縲搾ｼ茨ｼ托ｼ会ｼ域悃蛟画嶌蠎暦ｼ E. Hecht: Optics (Addison Wesley)(譌･譛ｬ隱樒沿繧ゅ≠繧具ｼ
Evaluation
蟆上ユ繧ｹ繝医♀繧医ｳ譛滓忰隧ｦ鬨薙↓繧医ｋ
Comments from lecturer
隰帷ｾｩ縺ｮ蜀螳ｹ繧定ｬ帷ｾｩ荳ｭ縺ｧ逅隗｣縺励∝縺九ｉ縺ｪ縺縺ｨ縺薙ｍ縺ｧ逶ｴ縺占ｳｪ蝠上ｒ譛溷ｾ縺吶ｋ
