The holographic technology has captured the audience’s minds the moment it became popular and applied in many fields.  Simply put, a hologram is a photographic recording of a light field that is able to recreate and present an image in full 3D. However, the technology is not as simple as it is defined. Scientists around the world have come up with new innovative ways to use modern digital processors and motion sensing technologies to create several different holographic mediums that could change the way we consume and interact with media in the very near future.

Accordingly, you might think would hologram technology take over our future. This article would answer most of the questions that keep popping up regarding holographic technology. It mainly discusses what does a hologram mean and how it works. In addition to discussing the main benefits of the hologram technology, especially the future of this technology.



When you think about bringing your favorite musician or singer back to life and attend one of their concerts, isn’t it something great? This is exactly what a hologram can do!

Holograms are set to become a technology that would turn our lives upside down. When you think about holograms, they are like photographs that never die or a sort of photographic ghosts. They are three-dimensional photos that have been trapped inside glass or metal.

A hologram is an intersection between what happens when you take a photo and what happens when you look at something for real. Similar to a photograph, a hologram is a permanent record of the light reflected off a certain object. However, a hologram also looks real and three-dimensional, it moves as you look around it just like a real object. That happens because of the unique way in which holograms are made.



To make a hologram, you need an object or a person that you want to record, a laser beam to be shined upon the object and a recording medium. A recording medium with the proper materials needed to help clarify the image and a clear environment to enable the light beams to overlap.

To make a hologram, you need to record a certain object/person in a clear environment with a laser beam. Then you apply the information to a recording medium that will clarify the image. The laser beam will then split into two rays and will be transmitted through mirrors. One of the beams will be directed at the object. A portion of the light reflects off the object and will be recorded on the medium. The second beam will be directed towards the recording medium. This means the beams will synchronize to make a precise image in the hologram location. These two laser beams interfere and intersect with each other. The interference pattern is imprinted on the recording medium to recreate the 3D image.



It is no doubt that holograms when used for advertising purposes could result in memorable and unique experiences for the consumer, it gets the user involved with what is going on. Moreover, users are more likely to read and interact with holograms because they are attractive and draw the user in. Accordingly, it is huge advantage over any store using the more traditional 2D advertisements. In addition to, customers could remember the 3D advertisement as more than those having viewed the more conventional 2D ad and then relate it to the store after they had viewed the ad. This is more likely to increase the stores customers and improve the overall profitability of the business. Therefore, holographic technology has the potential to revolutionize both the marketing and advertising fields.

Another sector where hologram has a revolutionary role is the medical field. The role of hologram could expand to include not only educational applications but also diagnostics and surgery. Nowadays, medical professionals mainly depend on flat 2D images from MRI and CT scans. However, rendering these 2D images into 3D floating projections will transform the way healthcare professionals perform their treatments and surgeries. The technology will enable radiologists and surgeons to get a better view of parts that are unclear in the initial scans. Eventually resulting in development in the medical field.

Furthermore, fully dimensional holographic images are being used for improved reconnaissance and explorations done by military strategists. These 3D holographic maps of battle-spaces allow soldiers to view three-dimensional terrain, look around corners and train for missions.



From the above, it is concluded that holographic technology is a huge game changer in many industries and has the power to significantly influence our daily lives. The above has only discussed some of the benefits of the holograms and their usages in different fields. However, the holographic technology’s potential applications are nearly endless, especially in the future. Think real estate, 3D mapping technologies, space research, interior decorating, emergency assistance in remote areas, telemedicine, manufacturing, remote video conferencing and many more.


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