Title
Exploring the Evolution of Artistic Styles Using Generative AI
Abstract
Understanding the evolution of human creative expression is central to
art history, and instrumental to the progress of algorithmic creativity.
Recent advances in generative AI, such as Stable Diffusion, Midjourney,
and DALL-E, show great promise in generating
detailed images based on textual prompts blending visual concepts and
art styles. However, whether these models can produce truly novel
outputs beyond recombination remains unclear. Measuring creativity and
cultural progress in subjective domains like the
arts is challenging, but generative AI can help deconstruct art into
distinct concepts, such as style, content, and composition, and measure
their similarity. In this ongoing work, we propose a method to measure
the similarity of visual concepts and thereby
the cultural evolution of artist styles. We also present a simple
influence model to represent the cultural processes, discuss the convex
hull in embedding space as a measure of humanity's commutative cultural
repertoire, and discuss the potential of generative
AI to explore new, unseen art styles.
Bio
Levin
Brinkmann, a Ph.D. candidate at the Max Planck Institute for Human
Development
under the supervision of Iyad Rahwan, blends complex systems, machine
learning, and experimental social science to study human-AI hybrid
systems. His non-academic work includes applying contrastive learning to
enhance the work of professional stylists. During
his Ph.D., he conducts experiments on behavior transmission between
deep Q-learning agents and humans, as well as on collaborative
exploration of
visual concepts using diffusion models. Levin's work is driven by his
passion for integrating insights from collective intelligence and
cultural evolution into AI, aiming to develop prosocial and innovative
AI ecosystems.
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