Researchers from BYU Have Perfected the Volumetric Image
References: news.byu.edu & engadget
Holograms aren't a new concept, but recently, researchers from Brigham Young University created a 3D hologram projector, producing a "true" 3D image. Previously, the only authentic, volumetric image is an extremely tiny and complicated design, created by LG.
The obstacle of creating a true hologram is the requirement for a physical "something" to reflect the lasers so that an image manifests itself to the naked eye.The BYU team revolutionized the 3D hologram projector by using an 'Optical Trap Display.' By doing so, they were able to trap a tiny particle in free space and force it into a guided trajectory. Illuminated by the lasers and within an acceptable speed, the particle appears as a solid, animated holographic image. Current designs include a butterfly, geometrical prism, rings and a Princess Leia-inspired figure. BYU states that the system is "the first to create a floating, animated images that you can actually interact with."
The obstacle of creating a true hologram is the requirement for a physical "something" to reflect the lasers so that an image manifests itself to the naked eye.The BYU team revolutionized the 3D hologram projector by using an 'Optical Trap Display.' By doing so, they were able to trap a tiny particle in free space and force it into a guided trajectory. Illuminated by the lasers and within an acceptable speed, the particle appears as a solid, animated holographic image. Current designs include a butterfly, geometrical prism, rings and a Princess Leia-inspired figure. BYU states that the system is "the first to create a floating, animated images that you can actually interact with."
Trend Themes
1. True 3D Hologram Projectors - As researchers make progress in creating true 3D hologram projectors like the one developed by BYU, there is an opportunity to disrupt the entertainment industry by creating immersive experiences for audiences.
2. Optical Trap Display - The innovation of the Optical Trap Display system provides opportunities to revolutionize medical imaging and bring about disruptive change in the medical industry.
3. Interactivity in Hologram Technology - The ability of the BYU team to create interactive holographic images presents opportunities for virtual meetings, education, and gaming industries to explore.
Industry Implications
1. Entertainment Industry - The true 3D hologram projector developed by BYU provides an opportunity for the entertainment industry to disrupt the way they create immersive experiences for audiences.
2. Medical Industry - The Optical Trap Display system has great potential to change medical imaging and enhance the diagnosis and treatment of medical conditions.
3. Virtual Meeting, Education, and Gaming Industries - The interactivity in holographic technology offers the virtual meeting, education and gaming industries an opportunity to revamp their modes of engagement and provide unique experiences to their audience.
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