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  4. Direct Visualization of the Axial Phase Evolution of Light Fields Emerging from Microstructures
 
conference poster not in proceedings

Direct Visualization of the Axial Phase Evolution of Light Fields Emerging from Microstructures

Kim, Myun-Sik  
•
Scharf, Toralf  
•
Herzig, Hans Peter  
2011
EOS Topical Meetings on Optical Microsystems OMS '11

We investigate the axial phase evolution of light emerging from microstructures. The high-resolution interference microscope (HRIM) allows to record three-dimensional (3D) phase distributions in differential and propagation modes along the longitudinal direction. We apply this differential-mode HRIM to study the axial phase evolution of particular cases of microstructures, for instance, the photonic nanojet generated by a diecectric microsphere and the spot of Arago created by a micrometer-size metallic disc

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