Envisioning the Future of Computational Optical Microscopy

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Related lectures (31)

Biomicroscopy Logistics

On Biomicroscopy Logistics covers the syllabus, schedule, and logistics of the course.

Fourier Optics: Wavefront Analysis

Explores Fourier optics, diffraction principles, Fourier analysis, and the application of Fourier transform in optics.

Microscopy Resolution: Understanding Diffraction Patterns

Explores microscopy resolution through diffraction patterns of various apertures and the use of spatial filters.

Fluorescence: High Contrast Imaging Technique

Explores fluorescence microscopy, high contrast imaging, specificity, and quantum nature of light.

Microscopic Analyses & Electron Sources

Covers microscopic analyses using optical and electron microscopy, as well as electron sources.

Metrology Practicals: Introduction

Introduces practical metrology experiments, covering topics like quantum metrology, single-photon experiments, and AFM for nanoscale measurements.

Spatial Resolution in Optics

Explores spatial resolution in optics, covering angular resolution, diffraction limits, numerical aperture, and microscope resolution.

Atomic Resolution Techniques

Covers synchrotrons, x-ray lasers, and atomic resolution techniques like Cryo-EM and scanning tunneling microscopy.

Protein Stoichiometry: Single-Molecule Localization Microscopy

Explores automated analysis of fluorescence kinetics in microscopy data to reveal protein stoichiometry and its applications.

Scanning Probe Microscopy

Explores the principles and applications of Scanning Probe Microscopy techniques.

Basic Optical Microscopy: Techniques and Applications

Introduces basic optical microscopy techniques, including phase contrast and dark-field microscopy, and discusses the challenges of artifact identification.

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