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Infinity Box

The Infinity Box explores advanced computational microscopy techniques using the UC2 modular system. This toolbox focuses on sophisticated imaging methods that reveal information invisible to conventional microscopy.

DPC microscopy is a computational imaging technique that uses partial coherent light sources to illuminate samples at various angles. By combining multiple images taken under different illumination conditions, you can extract quantitative phase information and enhance contrast in transparent specimens.

What You'll Learn​

  • Principles of computational microscopy
  • Oblique illumination and its effects on resolution
  • Phase contrast imaging techniques
  • Image reconstruction algorithms
  • Infinity-corrected optical systems

Experiments in this Section​

  • Differential Phase Contrast Microscopy - Build a DPC setup with LED array illumination and implement reconstruction algorithms

Key Capabilities​

  • Quantitative phase imaging
  • Enhanced contrast for transparent samples
  • Label-free imaging of biological specimens
  • Computational image reconstruction
  • Variable illumination NA

Required Components​

  • LED array (4x4)
  • HIKrobot Camera with USB cable
  • ESP32 Module
  • XYZ sample mount stage
  • Microscope Objective (0.25 NA x10)
  • Motorized linear stage
  • Tube lens with camera adapter
  • UC2 cubes and baseplates

Ideal for researchers and students interested in advanced microscopy techniques and computational imaging!