The article explores why some leading visual artists continue to favor physical experimentation and real-world materials over generative artificial intelligence. The piece highlights artists who create dramatic visual effects using liquid nitrogen, high-speed photography, exploding paint, and frozen organic materials rather than relying on AI-generated imagery. Their argument is that physical processes contain unpredictability, texture, and material authenticity that algorithms often struggle to replicate convincingly.
One recurring example involves photographers and experimental artists freezing flowers or paint with liquid nitrogen before capturing the exact moment they shatter or explode. Artists such as Martin Klimas and Fabian Oefner have built internationally recognized projects around these techniques. Instead of digitally simulating chaos, they physically engineer fleeting moments using scientific tools, laser sensors, pneumatic force, and cryogenic freezing. The resulting images often appear computer-generated even though they are produced entirely through practical experimentation.
The article contrasts this hands-on approach with the rapid rise of AI art systems that can instantly generate polished visuals from text prompts. While AI artists such as Refik Anadol use machine learning creatively to produce immersive “data paintings” and generative environments, critics argue that many AI-generated works risk becoming aesthetically repetitive or detached from physical reality. Some traditional and experimental artists believe real materials — including liquids, light, paint, glass, and organic objects — produce imperfections and accidents that are central to meaningful artistic expression.
Ultimately, the discussion reflects a broader debate about the future of creativity in the AI era. Rather than rejecting technology entirely, many artists are defending the value of tactile processes, scientific experimentation, and physical craftsmanship. The article suggests that as AI-generated imagery becomes more common, artworks created through difficult real-world processes may become even more valued because they preserve a visible connection between human action, material reality, and artistic risk.
