The article Demonstrate researchers: How 3D HOLOGRATIONS IN THE Air can be moved by Felix Baumann first appeared on Basic Thinking. You always stay up to date with our newsletter.
Researchers from Spain have developed a system that can be used to move 3D holograms in the air. VR glasses or other portable devices are not required.
Researchers of the University of Navarra It has been possible to project 3D holograms into the air with the help of a new system that can be moved with your hands. The special thing about it: In order to interact with the three-dimensional representations, you do not need VR glasses or other special devices.
The background is a combination of a so -called volumetric display and elastic diffusers. These are flexible surfaces onto the image to which the image is projected. In contrast to classic 3D displays, in which the representation only works with aids, the so-called flexivol hologram creates a real, freely floating 3D image in the room.
Users can lead their hands into the picture through narrow, movable strips of fabric and touch, move or rotate virtual objects. As with real objects, the interaction takes place directly in the field of vision.
How 3D holograms can be moved in the air
For their holograms, the researchers converted a commercially available volumetric display. They replace the originally rigid material with flexible strips of fabric that can be deformed by touch. So that the picture remains sharp despite movement, software was developed that compensates for distortions in real time.
In a user study, the team compared the system with classic input methods, such as the 3D mouse. The results show: Users can work faster, more intuitive and more natural with the Flexivol hologram than with conventional devices.
The precision was somewhat below that of a 3D mouse, but was sufficient for many tasks. The system cuts particularly well with movement tracking and object selection.
New interaction options
The system could be used in various areas in the future. Examples are medical training, interactive simulations or virtual exhibitions. The technology also offers new perspectives for collaborative work in digital space.
The system is still in the research stage. However, the results show that tangible, direct interaction with 3D images is technically possible without additional devices. The flexivol hologram opens up new ways for intuitive human-computer interfaces.
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The article Demonstrate researchers: How 3D HOLOGRATIONS IN THE Air can be moved by Felix Baumann first appeared on Basic Thinking. Follow us too Google News and Flipboard.
As a Tech Industry expert, I believe that the concept of moving 3D holograms in the air has the potential to revolutionize the way we interact with digital content. The ability to manipulate holographic images in real-time opens up a wide range of possibilities for industries such as entertainment, education, and design.
One method for achieving this is through the use of gesture recognition technology, which allows users to control the movement of holograms using hand gestures or other physical movements. By combining this technology with advanced tracking systems, researchers can create a seamless and intuitive user experience that feels almost like magic.
Another approach to moving 3D holograms in the air is through the use of drones or other aerial vehicles. These devices can be equipped with projectors or other display technologies to create holographic images that can be moved through physical space. This method offers a unique and immersive way to interact with digital content, allowing users to experience holograms in a three-dimensional environment.
Overall, the potential applications of moving 3D holograms in the air are vast and exciting. By continuing to research and develop new technologies in this area, we can unlock new possibilities for how we interact with digital content and create immersive experiences that were previously only possible in science fiction.
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