Exploring Emotions in Art: Innovations in Biometric Monitoring and Real-Time Visualization

This paper presents a study on Real-Time Visualizations that investigates the temporal dynamics of artists' emotional states in the context of visible emotions. The research aims to enhance comprehension within artistic performances by enabling the audience to grasp the performer's immediate emotions perceptibly. Integrating wearable devices, biometric sensing, emotion recognition algorithms, and real-time visual representations introduces a novel framework to dynamically capture and represent artists' emotions through color, shape, and movement. The study analyzes data obtained from artists across various disciplines and reveals a strong correlation between emotional states and the visual characteristics of their artworks. The Real-Time Visualizations deepen the audience's understanding of the performance and facilitate bridging language and cultural barriers. The findings provide insights into the temporal dynamics of emotions during the creative process and offer new approaches to understanding and supporting emotions in art. This research holds significant potential for informing the development of tools to enhance artists' emotional awareness and expression.