Канал: Optical Microscopy Lecture Course - Prof Kaminski

L14 01 SMLM

L14 01 SMLM

L11 01 Fluorescence quantification

L11 01 Fluorescence quantification

L1 02 compound microscope

L1 02 compound microscope

L02 03 Microscope systems

L02 03 Microscope systems

$L05 02 Diffraction resolution$

L05 02 Diffraction resolution

L1 03 huygens principle

L1 03 huygens principle

L12 01 Dyes labelling

L12 01 Dyes labelling

L08 02 Abbe Theory

L08 02 Abbe Theory

L07 01 Fourier imaging

L07 01 Fourier imaging

L02 02 geometric optics

L02 02 geometric optics

L06 01 Falstad Fourier applet

L06 01 Falstad Fourier applet

L16 02 SIM Practice

L16 02 SIM Practice

L13 02 FRET

L13 02 FRET

L01 01 Intro

L01 01 Intro

L03 02 Plane spherical waves

L03 02 Plane spherical waves

L05 01 slit diff demo

L05 01 slit diff demo

L15 01 STED

L15 01 STED

L10 01 Fluorescence Concepts

L10 01 Fluorescence Concepts

L03 01 Wave equation

L03 01 Wave equation

L08 01 Fourier Imaging Principle

L08 01 Fourier Imaging Principle

L16 01 SIM Principle

L16 01 SIM Principle

L07 02 convolution example rect YoungSlit

L07 02 convolution example rect YoungSlit

L1 04 improving resolution

L1 04 improving resolution

L11 02 Fluorescence Demo

L11 02 Fluorescence Demo

L09 01 Microscope components

L09 01 Microscope components

L04 02 Kirchhoff Integral

L04 02 Kirchhoff Integral

L04 01 Youngs slits

L04 01 Youngs slits

L13 01 FLIM

L13 01 FLIM

L02 01 Diff Res Contrast

L02 01 Diff Res Contrast