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In this paper, we explore the impact of real-time art generation based on Electroencephalography (EEG) technology and Artificial Intelligence (AI) on user neuroaesthetic engagement. Through experimental setups, participants create personalized art pieces while their brain wave activity is monitored to assess its influence on the creative process. The research aims to reveal how personalized experiences in real-time art creation are guided by EEG activity and how this interaction enhances participants’ emotional connection to the artworks. The results indicate that the combination of EEG feedback and AI-generated art not only boosts user motivation but also deepens their cognitive experience of art. This study provides new perspectives for the field of neuroaesthetics and offers practical insights for art therapy and human-computer interaction design.

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Exploring Neuroaesthetics in Interactive Art Experiences Through EEG-Enhanced Artificial Intelligence

  • 会议论文

  • 发表日期：

    2025年

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  • Jun Chen

摘要

In this paper, we explore the impact of real-time art generation based on Electroencephalography (EEG) technology and Artificial Intelligence (AI) on user neuroaesthetic engagement. Through experimental setups, participants create personalized art pieces while their brain wave activity is monitored to assess its influence on the creative process. The research aims to reveal how personalized experiences in real-time art creation are guided by EEG activity and how this interaction enhances participants’ emotional connection to the artworks. The results indicate that the combination of EEG feedback and AI-generated art not only boosts user motivation but also deepens their cognitive experience of art. This study provides new perspectives for the field of neuroaesthetics and offers practical insights for art therapy and human-computer interaction design.