USING HOLOGRAPHIC PROJECTION TECHNOLOGIES TO CREATE IMMERSIVE VISUAL EXPERIENCES IN GALLERIES
DOI:
https://doi.org/10.29121/shodhkosh.v7.i4s.2026.7501Keywords:
Holographic Projection, Immersive Visual Experience, Digital Art Galleries, Real-Time Rendering, Spatial Display Systems, Interactive ExhibitionsAbstract [English]
The holographic projection technologies have emerged as a ground breaking medium of creating a visual experience that is immersive in contemporary art galleries. The paper focuses on exploring how holography could be incorporated with digital rendering systems to enhance the active involvement of the audience, space perception and storytelling. The research article is an elaborate roadmap of holographic projection system design comprising of hardware components of laser based projectors, spatial light modulators and clear display medium, and software pipeline to produce holograms in 3D in real-time. A comparative analysis of holography, augmented reality (AR) and virtual reality (VR) is done to present relative advantages of holography in terms of provision of common immersive experiences that do not depend on a device. The suggested system architecture will focus on effective hardware-software congruity and low latency display of dynamic visual outputs. Experimental testing shows greater visual realism, depth perception and interaction with the viewers in comparison to the conventional projection methods. However, issues like high computational intensity, environmental sensitivity as well as cost limitations are also critically discussed. The results indicate that the holographic projection can have high potential to redefine the exhibition design and interaction with the audience in the contemporary galleries and open the way to the further development of the immersive art technologies.
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