Home > Galleries > Image Gallery > NSOM of the Edge of a Waveguide > 
Print version
Optics, Photonics and Plasmonics
High Resolution NSOM of Au Grid
High Resolution Optical and Thermal Imaging
Pump Probe Ilumination Collection
High Resolution Near-field Optical Microscopy Imaging in Transmission Mode
Selective Protein Deposition
Zoom on Nano-Array
Zoom-in with AFM on PBG Structure
Nanoarray Plasmons
NSOM Imaging of Double Slit Plasmons
On-line Topographic and Near-field Imaging of A Multi-Mode Optical Fiber
On-line Topographic and Near-field Imaging of A Multi-Mode Optical Fiber
High Resolution Near-Field Optical Microscopy Imaging in Reflection mode
Collection Mode NSOM of Cathode Luminescence
Optoelectronic Device Structure
Quantum Dot Imaging
Evanescent Fields in Specialized Resonator Structures
Waveguide Structure
NSOM Reflection
Guided Light in a PBG
NSOM Light Distribution
High Current 50 mA NSOM & AFM
Fiber MicroLens
Confocal & AFM of a Lensed Fiber/Laser Device
Image of Cache Memory
Photonic Band Gaps
Thermal Imaging of Optical Fiber
Near-field Interference
On-line Topographic and Near-field Imaging of A Multi-Mode Optical Fiber




NSOM of the Edge of a Waveguide
Imaging of the Edge of a Waveguide
 
Far-field image of the edge of the waveguide obtained simultaneously

Collage of the Topography and Light Distribution gathered in collection mode  

This image was produced with the MultiView 2000™ system.

This is the only SPM system capable of perpendicular nanometric alignment of a waveguide to the sample. Light was then be transmitted though the waveguide. By scanning the NSOM/AFM probe on the surface of edge of the waveguide, light can be collected to produce images such as the one above.   

 
Far-field image of the edge of the waveguide obtained simultaneously

  

Spatially Correlating the Launching of Light and the Resulting Emitted Mode Structure 

emitted_mode_structure_1508

The images correlate the position of a near-field optical probe injecting light into a waveguide at one end and the resulting image at the other end of the waveguide as recorded with a video camera. As a control, the image in the upper center of the slide shows that when the probe is not over the waveguide no light is detected at the extreme end of the waveguide as seen in the lower middle image.



Phone: +972-2-6789573 Fax: +972-2-6480827 USA Toll Free (direct to sales): 1-800-289-7162
Contact Us
Name:
E-mail:
Institution:
Phone:
Select Country:
Area of Interest:
Type in the image characters:
I would like to receive the newsletter