빛의 물리적 특성을 활용한 시각적 표현에 대한 연구 - 실험제작을 중심으로 -

Abstract

Light is used in various fields such as science, art, and religion, it plays a role beyond a physicalfunction in human history. In addition, the color, brightness, and shape of light affect ourperceptions and emotions, thereby enriching the visual experience. Against this background, thepurpose of this study is to propose basic data that can be practically used by organizing the visualexpression method using light as a quantitative indicator. The research method is to first analyzethe expression method and effect of light through case investigation of various works, to designan experiment suitable for this study based on this, to manufacture an experimental device, and toanalyze the result value. The experiment was designed around two hypotheses. The firsthypothesis is about the effect of the shape and size of a perforation on the shape of light, and thesecond hypothesis is about the effect of the position and change of a light source on the shape. Based on the data derived through the experiment, the characteristics and patterns of the shapewere analyzed, and these were organized into equations. However, due to the error that occurredduring the experiment, an accurate value was required, and accordingly, the error of theexperiment could be minimized by using a 3D modeling program and an additional equation. Inaddition, an experiment was conducted to actually produce a randomly set shape based on thevalues derived from the experiment and equations. Through this process, the reliability of theexperiment was increased, the possibility of producing a light shape was confirmed, and at thesame time, the limitations of this study and the direction of improvement were confirmed. Inconclusion, in this study, the possibility of various artistic expressions was explored by organizingthe method of expressing the shape of light into quantitative indicators. The data and methodologyobtained through this have the potential to be applied to various fields, and it is expected that thecontents of this study can be extended and applied to various fields. Furthermore, through futureresearch, we intend to explore more in-depth analysis and application possibilities.