Hologram Systems

As technology develops, we have the opportunity to explore new and different types of programming, software, hardware and systems. Hologram technology, which is among such innovations, continues to rise rapidly.

Among the holograms that have appeared in different forms over the years, there are the transmission holograms, the type that allows the light to pass through and the image to appear on the side, and the rainbow holograms, which are used when security is required, such as credit cards.

Large-scale holograms, that is, types created with lasers or brought to life through carefully placed lighting in a dark room, can be cited as extraordinary examples of holograms.

They are two-dimensional surfaces that can represent the dimensions of 3D objects quite realistically. Moreover, to experience this kind of hologram, you do not need to wear special glasses, as you would in 3D cinemas.

Holograms have many surprising features. For example, one of them contains the entire rendered image, even a small fragment of the hologram.

The laser beams are split into two and re-directed by being reflected from the mirrors. One of the rays is directed at the object. Some of the light reflects the object and is stored in the recording medium.

The second beam (aka the reference beam) is directed directly to the recording medium. This ensures that a clear image is formed in the area where the rays will form the hologram.

These two laser beams intersect and merge with each other. The region where they intersect is displayed in the recording medium and a 3D image is created.

3D holograms began to take place in our lives. 3D holograms are objects that appear to be standing there, either floating or positioned on a platform, even though they are not actually there.