Mikrom Photon
Photonic Scanning Microscope
Photonic Scan Effect
Mikrom Photon
Photonic Scanning Microscope
Photonic Scan Effect
Analysis of Photon-Structure generated by a laser applied to Scanning Microscopy System Photonic (Microscope).
With this experiment I intend to demonstrate that the phenomenon (Effect of Photonic Scanning) can be generated by a laser, for both want to use the following light source.
* Laser 5mW (Color light: Red - Figure 77)
* Laser 500mW (Color light: Green - Figure 78)
Laser 500mW (Color light: Green ) This experience differs from previous unused power of 5mW (Red laser and 500mW (Green Laser), working as one with light projection (Photons) based on a radiation monochromatic electromagnetic (Red and Green Laser).
Do not attempt to observe the phenomenon directly with laser on the material, this whole experiment was designed and executed by using microscopic techniques employed to Photonic Scanning Microscopy System (Figure 79 - Direct Observation of Danger).
The experiment consists of the following elements:
* Piece of Christmas Ornament;
* Light source (Laser Red = 5mW);
* Light source (Laser Green = 500mW);
* Microscopy System Scanning Photonic (Microscope).
In proposing this experiment come to demonstrate that the microscope based on the phenomenon (Effect of Photonic Scanning) presents innovative microscopic techniques and technological growth very comprehensive in camo optical microscopy, a pre-development process
When looking at the Visual Circle the microscope came across as a set of pre-photon structure defined in color images (Associated Laser (Red and Green)), however the characteristic microscopic photon-structure observed resemble the others already analyzed in experiments earlier (Comparison of Photon-structure laser and lamp in the material (Example: Christmas ornament)).
The end result (Analysis of Experiment) This experiment demonstrates the versatility of the microscope (Scanning Photonic Microscopy System) in the generation of photon-structure images, employing new techniques light source (Lasers) such as mono, that differ in wavelength and frequency. so is the phenomenon (Effect of Photonic Scanning) mechanically (Microscope) on the surface of the material.