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Introduction of biomedical optics |
Introduction of biomedical optics; Geometric optics and components |
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2. |
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Photons and waves, wave equations, Maxwells equations |
Photons and waves, wave equations, Maxwells equations, Electromagnetic energy propagation, reflection and refraction |
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3. |
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Basic microscopy |
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4. |
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Superposition, poalrization, and interference |
Superposition, poalrization, and interference; Diffraction, Microscopy resolution and confocal microscopy |
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5. |
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Optical properties of molecules, fluorescence |
Optical properties of molecules, fluorescence, Raman and other spectroscopic technique |
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6. |
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Two-photon microscopy |
Two-photon microscopy; Other nonlinear microscopy (CARS, STED, Stimultaed Raman, TIR) |
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7. |
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Quiz#1 |
Quiz#1; Laser optics, optical light sources; Micromanipulation with light: optical trap |
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8. |
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Optical detectors, detection sensitivity |
Optical detectors, detection sensitivity; Fourier transform, coherence, and Fourier optics |
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9. |
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Quiz 2 |
Optical coherence tomography; Quiz 2; |
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10. |
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Wave guides, optical fibers |
Wave guides, optical fibers, Near fi디d optical microscopy |
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11. |
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Survey of non-linear optical |
Survey of non-linear optical, electro-optical and acusto-optical devices; Tissue optics |
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12. |
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Guest lectures on biophysics (Prof JB Lee) |
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13. |
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Guest lecture on fluorescence and FRET(Prof NK Lee) |
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14. |
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Guest lecture on biological applications (Prof JH Kim) |
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15. |
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Guest lecture on quantum dots (Prof SJ Kim) |
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