Diemut is a German-American artist who explores the fascinating territory between art and science, addressing contemporary issues connected to philosophy and literature. She is known for her innovative conceptual approach and her ties to the avant-garde tradition. She gained wide visibility in 2014 with Sugababe, a bioengineered clone of Vincent van Gogh’s ear, and later presented works such as The Redemption of Vanity, in which she made a diamond disappear beneath the “blackest black”, and The Prayer, which explores the supernatural through artificial intelligence. She collaborates with scientists from leading institutions including MIT, Harvard, Georgia Tech, and NASA, and her works have been exhibited in museums and galleries around the world.
I had the privilege of interviewing her thanks to a newly established collaboration with Futura Art Gallery, and below are her reflections on her artistic approach, considering the deep connection between her work, science, and new technologies.
DIEMUT: Herman Melville once said: “In this world there is no quality in things, not an atom of color, but what the eye brings to it.” As if one thing defines the other through its opposite or its non-identical existence. This is what we encounter at the intersection of art and science — a place where each can be profoundly understood through the other, directly shaping the creation of works that inhabit both realms.
Working at this crossroads, I am interested in addressing contemporary questions that often connect to themes in philosophy — as the mother of science — and literature. Each piece I create is a unique project with a distinct conceptual and aesthetic approach, informed by the diversity of the scientific disciplines I engage with. Thus, I do not work in series, as is often common in artistic practice. My work is based on a broad yet deep interest in various branches of science viewed through an artistic and aesthetic lens.
Georges Braque once said, “Art disturbs, science reassures.” While this statement is only superficially true (if at all), I see the interaction between art and science as an essential tool for reaffirming the roots of modern art as a continuous process of innovation, avant-garde exploration, and re-evaluation of what art can be. Despite their fundamental differences, both disciplines share a long-standing pursuit of the “new,” a rejection of dogmatic knowledge, and a dedication to free experimentation.
Of course, there are crucial differences. The subjective perspective — which science strives to replace with a third-person description — is a key distinction. Every artist is initially free to apply their own parameters, forms, viewpoints, and reflections to their work and the world. In art, the focus is on the general condensed into the particular — the single work defining its unique existence. Science, by contrast, seeks to generalize and eliminate individuality, reducing phenomena to universal laws.
The intersection between the two refines their dichotomy and elevates their harmony, shifting sensitivities in both fields and fostering a mindset that ventures deep into the counterintuitive. Science dismisses colors, smells, and sounds — the deepest aesthetic means — as lacking autonomous ontological existence. In this sense, science renders the dazzling appearance of the arts illusory and essentially false. Even what we call real, like time and space, turns out to be elusive in any physical description. Science offers powerful theories enabling predictions like no other field, aiming to control and understand the cosmos. Yet in doing so, it also exposes our limitations — our irrational impulses and the fragile, fascinating constructs through which humanity models the world and itself.
The interaction between art and science raises the theme of “human aesthetics”, uniting logos, imagination, and fantasy in a radical way.
Another important aspect of my artistic approach, as I mentioned earlier, lies in how both contemporary art and science reveal an alien image of the world — one that challenges our common sense and imagination. In many ways, scientific concepts such as relativity or quantum mechanics are far more extreme than anything our imagination has ever conceived. Perhaps that is what fascinates me most as an artist.
I find it difficult to imagine a paradigmatic relevance of art without a claim to truth and its utopian potential. To serve merely as decoration or entertainment, as happens with some large-scale AI-generated “screensaver aesthetics”, goes against any true appreciation or radicalism in art. “The new” means discovering new aesthetic languages, materials, and concepts. Many of today’s critical questions stem from technologies that strike society unprepared and unregulated, yet have massive social impact.
Throughout human civilization, the scientific era has been defined by a growing dominance of technology — a long-standing effort to shield humanity from the natural environment by building a matrix of technological applications. These increasingly complex systems have produced self-made threats, such as the atomic bomb, AI technology, and the dangers of misinformation, false realities, and potential risks of AGI (Artificial General Intelligence).
Just as biological evolution has developed into an ecosystem of complexity and diversity, so too technological evolution is accelerating in its own intricate expansion.
Artistically, I am deeply interested in the aesthetic powers of technologies and scientific concepts themselves, as they offer dimensions vastly different from any traditional medium. Even if art had reached the end of its modern experimental development, its contemporary forces can remain paradigmatic — rich in form and perpetually new. Every era has its expression, and the power of art can shape and reflect it simultaneously.
I believe that conceptual engagement with science through art must not dissolve into a parallel world of mystical drift. Such attempts, strictly speaking, are merely positions of ignorance toward science and escapism into subjective fantasy. A serious artistic engagement, however, should aim to dismantle the apparent structure.
If we look, for example, at AI technology, the dichotomy within science itself becomes almost like a Greek tragedy and a social drama. Science once liberated us from religious dogma and superstition, only to bring us, centuries later, back to a similar point — undermining our ability to discern truth from falsehood in AI systems, turning evidence and truth into mere hypotheses, and ultimately blinding us.
In my work The Prayer (2018), exhibited at the Centre Pompidou in Paris in 2020 and soon at the Mori Art Museum in Tokyo as part of Three Approaches to Synthetic Entities, I explore the interface and special conditions of human versus machine intelligence — the Turing test, the computability of the mind, and a broader re-evaluation of what intelligence means.
The immense impact of technology — in how it shapes and dominates our societies and daily lives — makes the intersection between art and science far more relevant, to me, than painting yet another oil on canvas.
