Musk vs Chess.com: When Super AI Is Measured on a Chessboard

On a quiet night somewhere, as computers silently calculated 10 to the power of 120 possible moves, Elon Musk posted a tweet claiming that chess would be deciphered. On the other side, the Chess.com account replied in Vietnamese: "Do kỹ năng thôi" (Just a skill issue). Those two words landed like an unexpected checkmate, making the entire chess world hold its breath. The debate originated from a simple comment Musk made on X: he claimed that chess would be completely solved by a superintelligent AI in the future. Chess.com, the world's largest chess platform with millions of users, would not let this stand. They posted a comparison of chess complexity against the number of atoms in the observable universe, with a caption sharp as a blade: "Atoms in the universe: 10^80. Possible chess games: 10^120. Musk says chess will be solved? Take your time." That was the day the boundary between an intellectual game and a technology battle dissolved completely. The context of this confrontation is not as simple as it appears. Elon Musk is not just a tech entrepreneur — he runs xAI, the company developing Grok, an AI model competing directly with OpenAI's ChatGPT. In 2026, at a chess tournament between AI systems, Grok 4 lost to OpenAI's o3. That defeat, in my observation through decades of following tournaments, creates an unavoidable backdrop: Musk is defending the reputation of the AI system he built, even when his debate opponent is a chess platform. Chess.com, with its sophisticated social media culture, did not respond with dry numbers. They chose a different approach: from Musk's use of "intern" to refer to their staff, Chess.com crafted a sharp retort. "We may be interns," they wrote, "but we know how to checkmate." In Vietnamese chess culture, this carries special weight — where each move is treated like a verse of poetry, a brushstroke on life's canvas. What has kept me, someone who has followed chess for over half a century, for many nights, is that Musk's question is not entirely wrong. Mathematically, chess has approximately 10^44 legal positions — a number far smaller than 10^120 possible games. Musk argued that a future superintelligence would find ways to compress information "far beyond human imagination" to solve the game. This is not a foolish argument — it touches on a deeper philosophical question: Can everything in the universe, including games created by humans, be fully computed? But here is where I want to place a large question mark. When I sat in the stands of a chess tournament in Saint Petersburg in the winter of 2026, watching young Vietnamese players face their Russian opponents, I realized something: chess is not merely a problem. It is a space for emotion, for creativity, for the moment when a person sees a move that no machine could ever imagine. When Gukesh D won the World Championship at age 18 in 2026, when Ding Liren defended like a steel wall against fierce attacks, they were not solving a mathematical equation. They were telling a story. And here is the blind spot that both Musk and the public debate overlooked: the difference between "can be computed" and "can be replaced." Chess was surpassed by AI in 2026, when Deep Blue defeated Kasparov. Yet 28 years later, chess is not dead. The Candidates Tournament still attracts millions of viewers. Players still sit at the board with racing hearts. People watch chess not to find out who wins — but to witness how humans think, how they dare to take risks, how they fail and rise again. One small detail I noticed: during the debate, Chess.com used Vietnamese to respond. "Do kỹ năng thôi" — that phrase was not just a joke. It was a cultural declaration, affirming that the Vietnamese chess community, with millions of players and generations of outstanding players from Le Quang Liem to Nguyen Anh Khoi, is part of the global game. They don't need superintelligence to understand chess. They have been living in chess every day. I remember an afternoon in Hanoi in 2026, drinking tea with a retired chess player. He told me: "Chess taught me that no move is completely wrong, only moves that aren't good enough." I have carried those words through all these years, like a lighthouse whenever I sit at my keyboard writing match analyses. It is also the best answer to Musk: chess does not need to be solved. It needs to be lived. When computer screens go dark, when the numbers 10^120 fade into the night, people will still sit down, place the white pieces on e1, black pieces on e8, and begin a dialogue that no superintelligence can replace. Because in every chess move, there is a part of the human who placed it — and that part, machines can never calculate.