SK3501 Physics of Biomedical Microscopy, Extended Course 7.5 credits
Bildfysik med inriktning mot biomedicinsk mikroskopi, utökad kurs
Education cycleThird cycle
Main field of study
At present this course is not scheduled to be offered.
Intended learning outcomes
After completing the course the student should be able to:
- adjust the illumination system to obtain optimal performance in transmission microscopy.
- select a suitable light source and optical filters, and correctly adjust the illumination system for fluorescence microscopy.
- select a suitable objective (correction, immersion etc) for various types of microscopic investigations.
- select a suitable contrast method (phase contrast, DIC, fluorescence, darkfield etc) and correctly use this technique to obtain high-quality images.
- calculate the expected image quality regarding resolution and signal-to-noise ratio for different practical imaging situations.
- understand and be able to describe the physical limitations for microscope performance concerning resolution and signal-to-noise ratio.
- describe performance for different types of microscopes by using (and in some simple cases calculating) optical transfer functions.
- select a suitable sampling density for digital image recording in microscopy.
- do computer processing of microscopic images to visualise three-dimensional structures.
- perform quantitative measurements in microscopic images using a computer.
- extract relevant information from a scientific publication and present this in the form of a seminar.
Course main content
Basic optical layout of the light microscope. Aberrations. Microscope objectives. Magnification. Numerical aperture. Microscope photometry. Detectors. Noise. Contrast methods (fluorescence, phase contrast, DIC). Resolution. Fourier methods. Optical transfer functions. Three-dimensional imaging in microscopy. Sampling and reconstruction of image data. Confocal microscopy. A brief introduction to tunnel and atomic force microscopy, electron microscopy, scanning near-field optical microscopy and X-ray microscopy.
Admitted to PhD studies in Physics or related fields of study.
Basic knowledge of waves, geometrical optics and photometry (course SK1100 or similar). Elementary knowledge of the Fourier transform
Language of instruction: English
Carlsson, K. Imaging physics, KTH.
Carlsson, K. Light microscopy, KTH.
Written examination (TEN1; 4 hp, grading scale P/F), completed laboratory course (LAB1; 2 hp, grading scale P/F) and seminar presentation (SEM1; 1.5 hp, grading scale P/F)
Kjell Carlsson, firstname.lastname@example.org
Anna Burvall <email@example.com>
Course syllabus valid from: Autumn 2010.