The technology depicted in the video involves holographic projection or 3D hologram technology, where light is used to project an image into space, creating the illusion of a three-dimensional object. Here are some details about how it works:
1. Holographic Display Setup:
The setup appears to use a transparent display or rotating fan display. These devices use either transparent glass or a mesh of fast-spinning LED blades to project light in mid-air, forming an image. It creates the effect that the object is floating in space without physical screens.
3D Wireframe: The video shows a wireframe rendering of a human head, which is a common approach in 3D modeling, where the shape of an object is represented by its edges and vertices before being filled with textures and details.
2. Working Principle:
Light Interference: Holography works by recording and reconstructing light waves. Lasers or LEDs project light onto an object or 3D model. The interference pattern of light waves is then recorded and displayed using advanced hardware.
360-Degree View: Many holographic systems can rotate, allowing viewers to see the object from different angles, offering a true 3D experience without the need for VR headsets or 3D glasses.
Projection Techniques: The system may use Pepper’s Ghost (an old illusion technique) or LED fan displays. For example, LED fan holograms rapidly spin a series of LEDs to create 3D illusions.
3. Use Cases:
Advertising: Holograms like these are often used in product advertisements, interactive exhibits, and storefronts to catch the viewer’s eye with futuristic visuals.
Medical & Design: In the medical field, holographic projections can visualize organs in 3D. Similarly, in design and architecture, they are used for showcasing models in detail.
Entertainment: Holographic concerts and displays are popular, bringing digital characters or long-deceased artists "back to life" on stage.
4. Future of Holography:
The next step in holographic technology includes augmented reality (AR) and virtual reality (VR) integrations, where holograms could be viewed without physical devices, through AR glasses or similar interfaces.
The setup shown in the image is a glimpse of how interactive, dynamic 3D projections can be used for various applications, offering a realistic, detailed visual experience without the need for traditional screens.#3DHologram
#HolographicDisplay
#FuturisticTech
#3DProjection
#HologramTechnology
#VisualInnovation
#TechRevolution
#DigitalDisplay
#Wireframe3D
#LEDHologram
#HolographicVisuals
#AugmentedReality
#InShotEditing
#3DVisualization
1. Holographic Display Setup:
The setup appears to use a transparent display or rotating fan display. These devices use either transparent glass or a mesh of fast-spinning LED blades to project light in mid-air, forming an image. It creates the effect that the object is floating in space without physical screens.
3D Wireframe: The video shows a wireframe rendering of a human head, which is a common approach in 3D modeling, where the shape of an object is represented by its edges and vertices before being filled with textures and details.
2. Working Principle:
Light Interference: Holography works by recording and reconstructing light waves. Lasers or LEDs project light onto an object or 3D model. The interference pattern of light waves is then recorded and displayed using advanced hardware.
360-Degree View: Many holographic systems can rotate, allowing viewers to see the object from different angles, offering a true 3D experience without the need for VR headsets or 3D glasses.
Projection Techniques: The system may use Pepper’s Ghost (an old illusion technique) or LED fan displays. For example, LED fan holograms rapidly spin a series of LEDs to create 3D illusions.
3. Use Cases:
Advertising: Holograms like these are often used in product advertisements, interactive exhibits, and storefronts to catch the viewer’s eye with futuristic visuals.
Medical & Design: In the medical field, holographic projections can visualize organs in 3D. Similarly, in design and architecture, they are used for showcasing models in detail.
Entertainment: Holographic concerts and displays are popular, bringing digital characters or long-deceased artists "back to life" on stage.
4. Future of Holography:
The next step in holographic technology includes augmented reality (AR) and virtual reality (VR) integrations, where holograms could be viewed without physical devices, through AR glasses or similar interfaces.
The setup shown in the image is a glimpse of how interactive, dynamic 3D projections can be used for various applications, offering a realistic, detailed visual experience without the need for traditional screens.#3DHologram
#HolographicDisplay
#FuturisticTech
#3DProjection
#HologramTechnology
#VisualInnovation
#TechRevolution
#DigitalDisplay
#Wireframe3D
#LEDHologram
#HolographicVisuals
#AugmentedReality
#InShotEditing
#3DVisualization
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