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The new hologram technology is more than just 3D images.


"A new method developed by researchers significantly simplifies the creation of computer-generated holograms, allowing for real-time generation of 3D images with accurate depth. This breakthrough could revolutionize holographic display technology across various industries." (ScitechDaily, Revolutionizing 3D: New Holographic Technique Breaks Computational Barriers)

The touch screens are the standard in the mobile technology. If engineers create the touch screen using laser LEDs that screen can turn the mobile telephone's screen into a hologram system. On that screen, the laser LEDs act as miniature buttons. That makes it act like all other touch screens. 

Hologram technology can turn cell phone screens into holographic displays that hover holograms over the screen can make 3D images about all things in the world. Those images can be cracked sections or outside holograms. 

Drones that can fly around the structure can scan it from all directions. And then the system can make X-ray or normal 3D images of targets. The sensor transmits data to the cell phone. And the hologram system can make the hologram using that information. 

The holograms allow to make the optical data network. Like regular lasers, the hologram can transmit data. And that thing can create optical data transmission between two mobile devices. The system uses holograms to transmit information. The CCD camera can act as a receiver.  And that allows the system to transmit data in a heavy EM field. 

In the office, the hologram can be on the roof. And transmit information between devices. Mirrors can increase the visibility of those systems. The problem with optical networks is that the receivers must have visual contact with transmitters. But optical networks can make things like drone swarms more resistant against ECM systems. The hologram is visible from many sides. And that makes it easier to aim receivers at them. 

Holograms are also very useful tools in nanotechnology. Using infrared holograms. The system can warm one of the atoms or molecules. Then that makes it possible to create a system where other components are at higher temperatures than others. This makes it easier to connect pieces into one entirety. 

Nanotechnology and holograms are an ultimate combination. IR holograms can transport energy precisely to the right point in the structure. And it helps the system to adjust the enzyme reaction speed. All chemical reactions depend on the energy, that impacts that reaction. The system can adjust the reaction speed by adjusting the temperature. A hologram gives softer light than a straight laser ray. And that makes it a more sensitive tool to handle things like nano-membranes.

https://scitechdaily.com/revolutionizing-3d-new-holographic-technique-breaks-computational-barriers/

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