What Is Hologram Technology? In What Industries Is It Used?

What Is Hologram Technology? In What Industries Is It Used?


Science fiction works and futurists of the past have written that in the future we will be confronted with holographic representations of humans. Although we haven't quite reached that point, despite the challenges that need to be overcome, holograms are on their way to becoming a functional part of modern technology. So what exactly is hologram technology?

Simply put, we can say that hologram technology is a three-dimensional projection that can be seen without the use of any special equipment, such as a camera or glasses. In holograms, the image can be viewed from any angle. So from the user's point of view, the object appears to be moving realistically. Holographic images are also moving sequences that, from any point of view, can be viewed by more than one person.

Holographic images are formed as a result of a photographic technique that records the light emitted from an object and then presents it to the medium by projecting it in a three-dimensional way. The image, created with Hologram technology, can be seen by looking at an illuminated holographic print. It can also be observed by projecting a holographic image onto a screen. Although in the past there was a clear distinction between holograms and other visual media elements, as technology developed, hybrid environments using the principles of holography began to form.

Over the years, transmission holograms have been developed that allow light to pass through and the image to be viewed from the side. In addition, enhanced credit cards and driver's licenses were introduced with rainbow holograms for security.

History Of Hologram Technology

Yuri Denisyuk

Work on the Hologram first began in 1962. Emmett Leith of the University of Michigan and Yuri Denisyuk of the Soviet Union have developed some innovative laser programs that record objects in 3D. The duo used silver halide photo emulsions for the recording medium. But the clarity of the objects in question was not very good at the time. Hologram technology has become more advanced with new methods developed in the following years.

Areas Affected By Hologram Technology

The technologies used to capture and project holograms have evolved rapidly in recent years. The latest techniques used allow for the display of increasingly convincing and interactive models across various industries. The areas most affected by Hologram technology are::


Holography is a technology that will allow for innovations that will revolutionize medicine. Data provided by modern imaging techniques, such as MRI scans, can be easily translated into digital information. Normally, doctors view this data in a 2D way on their computers. But thanks to hologram technology, data can now also be visualized in 3-D. Holography can also be used in the training of students and surgeons to observe patient data more clearly.


Geospatial Intelligence is crucial to military strategies. 3-D holographic maps of battlefields allow soldiers to view terrain in detail for advanced reconnaissance and train for missions.

Education Sector

One of the most exciting applications of holograms is its use in the field of Education. Complex subjects can be made much easier by being processed in holographic environments where students can interact and study. For example, in biology class, students can observe how cells divide and how enzymes work much more efficiently thanks to holographs.


The complex structure of holograms makes them advantageous for use in the security industry. Most banknotes, credit cards and ID cards have been fitted with security holograms in recent years. Such holograms are being developed to make counterfeiting much more difficult. In particular, the next generation of security holograms have a number of features such as full-color and three-dimensional images, customized text and serial numbers, making illegal reproduction almost impossible.

Entertainment, gaming and arts sector

In recent years, one of the most prominent examples of the use of hologram technology in the entertainment industry is holographic images used in concerts and performance arts. Through holograms, artists who are no longer alive can be revived, live performances where musicians are not physically present can be performed.

On the playground, holographic screens are being tested, allowing for multiplayer games. Manufacturers are also working on integrating this technology into the next generation of smartphones to allow for portable 3D games.

Artists from around the world also use hologram technology for work such as bending space, cutting, creating animated 3D works, and shaping pure light.

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