Lecture Videos:
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Biomedical Optics
by Prof. Goran Salerud
Click on Computer (
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I | Introduction Course Content Why Use Optical Methods? Why Should You Learn Biomedical Optics? Fundamentals of Optics Overview of Spectroscopy Classical Description of Light Light-Tissue Interaction |
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II | Basic Optics What is Light Short Wavelengths Radiation Power Radiation Energy Radiation Intensity Collection of Light Integrating Spheres Detector |
| III | Tissue Optical Properties Optical Properties vs Optical Measurements |
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Absorption Scattering Anisotropy Isotropic Scattering Anisotropic Values Summary |
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Scattering Cases Rayleight Scattering Mie Theory Model Summary Optical Properties |
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IV | Optical Transport in Tissues Primary Unscattered Light Demonstration Optical Fiber in Scattering Medium Irradiance 1D Model Fluence Rate Time-Resolved and Steady-State Fluence Rate Light Diffusion Internal Source and Virtual Source |
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V | Transport Equation The Dualism of Light Light Propagation in Random Medium Transport Equation Monte Carlo Simulations Radiance L The Transport Equation Energy Conservation The Total Attenuation Coefficient and Albedo |
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VI | Diffusion Equation Approximations Spherical Harmonics Diffusion Photon Density Function Photon current Density Mathematical Simplifications The Diffusion Coefficient The Diffusion Equation Point Source Solution |
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Light Scattering in Tissue by Monte Carlo Simulation What is Monte Carlo Modeling? Program Menu and Steps End of Monte Carlo Model |
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VII | Optical Properties Measurements Attenuation of Collimated Beam Collimated Transmission Calculations Total Diffuse Reflectance Optical Penetration Depth Total Diffuse Reflectance Calculations |
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Integrating Sphere Reflection Calculations Goniometer Principle Scattering Pattern CCD Camera with Tilted Source |
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VIII | Devices and Protocols Optical Fiber Bundle Measurement Situation Multifiber Probe Oxygenation and Blood Content Fluorescence PDT |
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Polarization Amplitude Scattering Matrix Degree of Polarization Scattering Matrix System Setup Polarization Image Prerequisites Degree of Polarization |
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QUELS Evolution Theory Principle Anisotropy Scattering Function Detection Model Coherence Area Photocurrent 16 Terms of E-Fields Light Beat Detection The Doppler Component Wiener –Khintchine Theorem Perfusion Value Sampling Volume LDPM |
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Optical Coherence Tomography Imaging Methods in Tissue Optical Coherence Tomography Temporal Coherence Coherence Properties Correlation Functions Photon Sources Coherence Coherence Length Optical Coherence Tomography Lightsource Parameters Optical Coherence Tomography |
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