Checkmate (2022) commemorates a pivotal moment in AI history: IBM’s Deep Blue defeating world chess champion Garry Kasparov in 1997—the first time a computer triumphed over a human grandmaster in a full match. This victory stunned the world, marking the rise of artificial intelligence and its ability to surpass human intellect in a domain long seen as the pinnacle of strategic thought. Originally conceived by Feng-hsiung Hsu in 1985, the Deep Blue project gained momentum when Hsu and his team joined IBM in 1989. By the 1997 match, Deep Blue’s alpha-beta search algorithm and custom hardware allowed it to evaluate up to 200 million positions per second. This breakthrough underscored AI’s growing ability to tackle complex intellectual challenges once thought uniquely human. Checkmate captures this turning point, emphasizing the interplay between strategic reasoning and memory storage while serving as a visual testament to a historic human-machine confrontation. As AI advances, revisiting this moment gains new relevance, prompting viewers to reflect on the shifting relationship between humans and machines.

Q: Why did you choose this iconic moment in the history of artificial intelligence as the theme for your work?

Tan Mu: I chose this moment in the history of artificial intelligence because Deep Blue’s victory over Garry Kasparov represents a decisive turning point in the relationship between machines and human cognition. Chess has long been regarded as a pure arena of human intelligence, strategy, and intuition. When Deep Blue won in 1997, it was not simply a technological milestone. It symbolized a shift in how we understand intelligence itself.

At the time, I was still a child, so my relationship to this event is shaped by distance, memory, and later reflection. When I returned to this moment while creating Checkmate, I approached it as a form of future archaeology. I was not documenting the event as it happened, but reinterpreting it through the lens of what followed. With the rapid acceleration of artificial intelligence today, including systems that shape communication, creativity, and decision making, the meaning of Deep Blue’s victory feels increasingly layered. The painting reflects both nostalgia and anticipation, capturing a historical threshold that continues to echo into the present and the future.

Q: How did you use visual language to depict Deep Blue as a symbol of the confrontation between artificial intelligence and human intellect?

Tan Mu: In this painting, I wanted Deep Blue to feel monumental and slightly unsettling. The visual language emphasizes its presence as a machine built for calculation rather than emotion. The name Deep Blue comes from the color of the IBM supercomputer and its specialized chips, which are literally blue. I incorporated this color into the body of the form to ground the image in its technological origin.

The structure is tall and rigid, with glowing yellow points that suggest computational nodes or internal logic units. These lights function almost like eyes or neurons, implying awareness without humanity. The red background intensifies the psychological tension of the scene. It echoes the emotional pressure of the match itself and the broader confrontation between human intellect and machine computation. Rather than depicting a chessboard or a human opponent, I chose to isolate the machine, allowing it to stand as an emblem of a new kind of intelligence entering human history.

Q: In the context of today’s rapid AI development, what new significance does revisiting this moment hold for contemporary audiences?

Tan Mu: Revisiting this moment today gives it an entirely new resonance. What once felt like a distant technological spectacle now reads as a foundational moment in everyday life. Artificial intelligence is no longer confined to research labs or competitive demonstrations. It has become embedded in communication, labor, creativity, and decision making.

Recent studies suggest that large language models exhibit structural similarities to human cognitive systems, forming complex point cloud patterns that resemble atoms, neural networks, and even cosmic structures. This parallel fascinates me because it suggests that intelligence, whether biological or artificial, may follow shared organizational principles across different scales.

When I think about Checkmate now, I see it as a marker along an evolving timeline. Its meaning is not fixed. If we encounter this work again in ten or twenty years, it will speak differently. That openness is important to me. When I created this piece, I was not only responding to the past or the present. I was consciously making it for the future. In that sense, the work functions as a time capsule, allowing future viewers to look back at how we once understood intelligence, competition, and the role of machines in shaping human destiny.

Q: How do you view the significance of your work in documenting these groundbreaking technological moments?

Tan Mu: I see my paintings as a form of archival record, or what I would call “future archaeology”—they are not just creations of the present, but time stamps left for the future. The subjects depicted today will become material for future reflection and interpretation. By documenting current technological breakthroughs and social conditions, my art attempts to unveil the potential conflicts and challenges that may arise in the future. Although the forms of expression differ, the essence of my work aligns with those cautionary texts such as The Industrial Society and Its Future in a similar goal: to create a "prophecy" or "historical record" of the future through artistic means. For example, Checkmate not only documents the historic moment of Deep Blue's victory over a human chess champion, but also uses visual language to explore the complex relationship between artificial intelligence and human intellect.

As technology rapidly advances, the meaning of these records continues to evolve. They are not just reflections of the present, but projections of the future, becoming a visual chronicle of the technological age. Each painting serves as a time capsule, preserving the technological and societal conditions of a specific moment, while also inviting the viewer to contemplate how these breakthrough moments have shaped our future. Through this approach, I hope my work can act as a bridge connecting the past, present, and future, sparking deeper thought on the development of technology, humanity, and society.