Design of immersive scenarios and pieces of light art

Edith G. Vázquez Navarrete; Karen P. Volke Sepúlveda; Gerardo G. L. Martínez

doi:10.1117/12.2631893

3 October 2022 Design of immersive scenarios and pieces of light art

Edith G. Vázquez Navarrete, Karen P. Volke Sepúlveda, Gerardo G. L. Martínez

Proceedings Volume 12214, Light in Nature IX; 1221402 (2022) https://doi.org/10.1117/12.2631893
Event: SPIE Optical Engineering + Applications, 2022, San Diego, California, United States

Abstract

The implementation of new methodological possibilities for the creation of images is a transcending aspect of the art sector. In this paper, we present a method for designing and projecting caustic images through optical systems, based on the application of the physical principles of light and inter-disciplinary cooperation. Prior to the experimental work, we conduct literature research to gain a better understanding of the production of caustic images and we conduct a comprehensive literature study to get an understanding of the scientific principles affecting light and how this may be applied to the art world. In addition, we examine comparable approaches created by scientists, engineers, and visual artists, confirming how significant the relationship between artists and scientists has become, especially in recent times. Under this perspective, we set out to explore how caustic images may be generated in an optics laboratory and subsequently included in the design of an immersive installation. The purpose of this study is to exhibit the technique we created for projecting these images on various surfaces. We test multiple variations that can be created in an exhibition area by utilizing light. We can appreciate the opportunity for artistic expression and the creation of fresh knowledge that this method offers.

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Edith G. Vázquez Navarrete, Karen P. Volke Sepúlveda, and Gerardo G. L. Martínez "Design of immersive scenarios and pieces of light art", Proc. SPIE 12214, Light in Nature IX, 1221402 (3 October 2022); https://doi.org/10.1117/12.2631893

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KEYWORDS

Lenses

Light sources

Optical components

Mirrors

Light emitting diodes

Visualization

Glasses

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