When Huawei announced its ternary logic chip to the world, it was not merely a technological innovation but a breakthrough in thinking that spanned over half a century. While giants in Silicon Valley are still exhaustedly racing down the narrow paths of binary logic, Huawei has already ascended to a high ground of thought, redefining the future landscape of computational civilization. This small ternary chip is akin to Columbus’s egg; it appears simple yet contains the potential to disrupt the entire egg—or rather, the entire computational paradigm. Looking back at the long history of computer science, binary was not always the king. As early as the 19th century, Russian mathematician Vladimir Leonidovich Kulikovsky proposed the concept of a ternary computer, and Soviet scientists even built operational ternary computers in the 1950s and 60s. These machines utilized balanced ternary (-1, 0, 1, or represented as T, 0, 1), which theoretically aligns more closely with human cognitive continuity, consumes less energy, and allows for simpler circuit designs than traditional binary computers. However, the technological divide during the Cold War, combined with the path dependency created by the ‘first-mover advantage’ of binary in the early semiconductor processes, ultimately caused ternary computers to streak across the night sky of computing history like a meteor, leaving behind only a few dusty papers and a handful of antique exhibits in museums. This forgotten history reminds us that the binary hegemony we take for granted today is merely a small path chosen by historical chance among many possibilities. Huawei’s decision to revive ternary logic at this moment is not simply nostalgia or a desire to be different; it is a profound rethinking of the essence of computation. Binary forces the complex world into a binary opposition of 0 and 1, bringing certainty at the cost of abstraction and energy consumption. In contrast, the ternary system inherently possesses the ability to represent ‘positive, negative, zero’ or ‘yes, no, uncertain’ states, aligning more closely with the ambiguity and continuity of human thought. Just like the philosophy of ‘three gives birth to all things’ in traditional Chinese culture, ternary logic provides a richer dimension of expression for computation—it is not a black-and-white decision but encompasses the transitional, the possible, and the dialectical middle ground. This leap in thinking is akin to jumping from black-and-white television directly to three-dimensional holographic projection, enhancing information density and expanding cognitive frontiers. The strategic significance of Huawei’s move far exceeds the technology itself. In today’s global semiconductor industry, which is mired in ‘nanometer-level involution,’ major manufacturers are racing to reduce transistor sizes, requiring investments of billions of dollars for each process node, with diminishing marginal returns. This ‘dark forest’ style of zero-sum competition forces the entire industry to repeatedly invest and engage in vicious competition on an increasingly narrow track. Huawei’s ternary chip, however, is like a new continent suddenly opened up in this chaotic battle—it does not participate in the crowded sprint of existing tracks but redefines the basic language and rules of computation. This wisdom of ‘changing tracks to overtake’ is reminiscent of China’s strategic choice in the early development of high-speed rail: while the West refined traditional rail technology, China boldly adopted innovative designs like ballastless tracks, ultimately achieving overtaking on curves. Huawei’s breakthrough in ternary logic is essentially a civilizational response to the ‘involution’ trap of innovation. From a broader perspective, Huawei’s exploration of ternary logic represents a gentle yet firm reconstruction of the computing paradigm dominated by Western technology civilization. For a long time, the discourse system of computer science has been almost entirely constructed by the West, from Turing machines to von Neumann architecture; these foundational thinking models of modern computing are deeply rooted in the Western tradition of dualism—subject and object, rational and emotional, certain and random are strictly divided. The introduction of the ternary system injects unique characteristics of Eastern thinking—holism, dialectics, and ambiguity—into computational philosophy. It no longer simplifies the world into either-or choices but acknowledges and computes intermediate states and complex relationships. This difference in thinking is akin to the holistic view of traditional Chinese medicine versus the reductionism of Western medicine, or the different aesthetic pursuits of the blank space in Chinese landscape painting versus the focal perspective in Western art. Through the ternary chip, Huawei is engaging in a silent yet profound civilizational dialogue. The true challenge of the ternary revolution may not lie in technical implementation but in the adaptive reconstruction of the entire digital ecosystem. Just as the evolution from punch cards to programming languages required a new software paradigm, ternary computing will demand a comprehensive overhaul of operating systems, algorithm design, programming languages, and even chip architecture. But history tells us that true breakthroughs often begin with seemingly ‘impractical’ ideas—Turing’s concept of a universal computer during World War II and the Xerox PARC laboratory’s unappreciated research on graphical interfaces were once considered fanciful but ultimately became the cornerstones of world-changing innovations. Huawei’s current exploration of ternary logic is like planting a mutated seed in the soil of computer science; it may grow into a towering tree or wither midway, but in any case, it has opened the ceiling of imagination for the entire industry. Looking back at the long river of civilizational evolution, Huawei’s ternary chip is like the Dunhuang manuscripts of the digital age—it not only records the technological breakthroughs themselves but also carries an ancient civilization’s renewed inquiry and answers regarding the essence of computation. As the global tech community becomes mired in endless involution competition, Huawei reminds us: true innovation is not necessarily about running faster but daring to take a different path; it is not about digging deeper into existing tracks but having the ability to discover and explore entirely new territories. In this sense, ternary logic is not just a method of computation but a revolution in thinking—it teaches us to seek possibilities for flexibility within seemingly rigid patterns, to maintain the courage to question beyond accepted truths, and to see the dawn of breakthrough amid the anxiety of involution. As the morning sunlight streams through the glass curtain walls into the laboratory, those chips arranged with ternary logic gates are flickering with a faint yet determined light. They may not yet be perfect, and the road ahead may be long, but they are already enough to prove to the world: in the vast sea of technology, existing routes are not the only direction, unexplored dimensions always exist, and true leaders will always dare to write new possibilities where others deem it impossible.