Lectures related to Envisioning the Future of Computational Optical Microscopy

Optical Microscopy: Concepts and Applications

Explores optical microscopy principles, techniques, resolution limits, and Nobel Prize-winning advancements in microscopy.

Microscopy and Imaging Systems

Covers the fundamental concepts of microscopy, explaining the need for magnification beyond the human eye and introducing advanced imaging techniques.

Microscopy: Imaging Systems and Techniques

Covers the fundamentals of microscopy, including lens functioning, image creation, and advanced techniques like fluorescence and super resolution.

Numerical Aperture and Resolution: Understanding Microscope Performance

Explores how Numerical Aperture enhances resolution in microscopy, showcasing historical examples and super-resolution microscopy advancements.

Microscopy at Nanoscale: Techniques and Applications

Covers resolution enhancement in optical microscopy, confocal imaging, and fluorescent labelling, exploring the history and techniques of scanning probe microscopy.

Super Resolution Techniques: Fluorescence Microscopy

Explores super resolution techniques in fluorescence microscopy for visualizing single polymer molecules.

Super Resolution Microscopy: PALM and STORM

Explores super resolution microscopy techniques PALM and STORM, emphasizing single molecule localization microscopy and its applications.

Microscopy Resolution: Understanding Bright-Field and Dark-Field Techniques

Explores microscopy resolution, bright-field and dark-field techniques, and Rheinberg illumination for color contrast.

Basic Optical Microscopy: Techniques for Polymer Morphological Characterization

Introduces basic optical microscopy for polymer characterization, covering resolution, contrast, and different observation modes.

Microscopy Image Analysis

Explores light microscopy principles, fluorescent proteins, optical slicing, and modulation transfer functions in cellular imaging.

Biomicroscopy II: Logistics

Covers theory and hands-on experience with optical microscopes and advanced microscopy methods.

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Optical Microscopy: Fundamentals and Aberrations

Covers the fundamentals of optical microscopy, including its non-invasive nature and major aberrations.

Fresnel Diffraction: Zones and Patterns

Explores Fresnel diffraction, Fraunhofer diffraction, the Babinet principle, and optical microscope resolution, as well as near-field microscopy and SNOM/NSOM imaging.

STED Microscopy: Advanced Techniques

Explores the principles and advanced techniques of STED microscopy for sub-diffraction imaging.

Introduction and Interaction with Radiation-Matter

Introduces electron microscopy, covering practical organization, sample preparation, radiation-matter interaction, and detector mechanisms.

Radiation-Matter Interaction: Electron Microscopy Introduction

Covers the principles and techniques of electron microscopy, focusing on the interaction between radiation and matter.

Scanning Probe Microscopy

Covers the principles and applications of Scanning Probe Microscopy, including working principles, different systems, and imaging applications.

Microscopy: Fluorescence & Resolution

Explores fluorescence imaging, resolution criteria, and super-resolved microscopy principles, including Nobel Prize achievements.

Confocal Microscopy: Principles and Applications

Explores the principles and applications of confocal microscopy, emphasizing the elimination of out-of-focus fluorescence for superior images.