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Holography a visual art

Hologram is a technology of creating a three-dimensional image formed by the interference of light beams from a laser or other coherent light source. An interference pattern of photographs which are properly illuminated can create a 3 dimensional effect. This can lead up to the extent of creating 3 dimensional dynamic images which can be observed by bear eyes without the assistant of glasses or any other visual aids.

A simple simulation of creating a static 3 dimensional hologram can be done with our smartphones, all we need is

1.       A transparent Pyramid which is made of glass or plastic. 

2.       Four images placed in the vertices of a square which are properly illuminated by phone's screen brightness.

3.       Ambient light or low light area to view the hologram without noise.

Then you can see the magic.


Hologram is a game changer, for an example if we consider the education sector where students can’t gain practical knowledge, there hologram can provide perfect simulations of real world objects, which are hard to explain without a visual aid such as internal organs of a human body. 

 Also in advertising sector people can use hologram to view products and can do a virtual fit on for dresses or jewels. This can completely wipe out menu cards in hotels as people can get their mouth watery by just seeing the dishes in 3D.

Main advantages of hologram.

1.       To present things innovatively
2.       To create more emotions and an immersive experience.
3.       In order to explain complex content. 

3D dynamic hologram effects can be created using videos, this is much similar to what I have explained above, in order to see how it works check the link below.

https://www.youtube.com/watch?v=TcUHV6bHOeg

You can notice that a properly aligned parallel video of four which complement each other can do wonders and create a dynamic hologram which is pleasing and magical, this can be made even lively by having appropriate music and may be more artistic by having bass and vibration effects, a whole new immersive experience can be invoked this way.

Raspberry Pi can be used to program a dynamic hologram, this is more fast and durable comparing to Arduino, since Arduino is used to accomplish small tasks with crisp. This can be useful to feed real time input using camera and sensors, in order to dynamically gain data and produce a hologram.

For an example if a customer wants to see a virtual fit on of a jewel, there the jewel details are already available in the hologram program, but the customer appearance details has to be dynamically loaded and merged with the jewel details in order to produce such hologram.




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