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From mining pools to Mars: Why did Wang Chun sit in the cockpit of SpaceX?
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Author: Winnie, CryptoPulse
When SpaceX announced that Wang Chun, co-founder of F2Pool, would serve as the commander for the first commercial crewed interstellar flight mission, many people's first reaction was shock. A Bitcoin mining pool founder, why would he be on the list for a Mars mission?
But if you truly understand Wang Chun's experiences over the past decade, and the increasingly deep connections between the crypto industry and SpaceX today, you'll realize this is not a coincidence, but an inevitable result of a new era gradually taking shape.
Because today’s Mars program is no longer just a space engineering project; it has begun to transform into a civilization upgrade experiment driven by global tech capital, AI, computing power, energy, and the crypto economy. And Wang Chun happens to stand at the intersection of these forces.
In today’s crypto world, F2Pool is almost a relic. Founded in an era when Bitcoin was still very marginal, it is one of the earliest large mining pools globally and has long held a significant share of the global Bitcoin hash rate.
Wang Chun is also among China’s earliest true Bitcoin evangelists and infrastructure builders.
Many people now understand the crypto space as MEME, trading, speculation, and KOLs. But around 2011, the core players in the crypto world were not financial speculators but a group of geeks, engineers, and idealists.
They believed the future of the internet needed a new value network detached from traditional financial systems. So, the earliest miners began building mining rigs, researching algorithms, maintaining nodes, and constructing hash power networks. Wang Chun was one of the most typical figures of that era.
The most important significance of F2Pool was not just making money from mining, but helping Bitcoin’s network truly form a global-level infrastructure. Because any decentralized network ultimately requires hardware, energy, and computing power support from the real world. In other words, miners are the energy workers of the digital world.
This is also a key reason why Wang Chun gradually began to focus on space, deep space exploration, and even Mars programs later on.
Because, from a fundamental logic perspective, Bitcoin’s network and space civilization both belong to infrastructure civilizations. They both require long-term vision, high engineering capabilities, and imagination for the future world.
Therefore, Wang Chun is not a traditional financial player; he is more like a builder of a technological utopian era. This is also why he was able to gradually enter Elon Musk’s space system later.
Because the people Musk truly recognizes are never just capital players, but those willing to invest long-term and genuinely believe in the narrative of future civilization.
In recent years, a very obvious trend has been the rapidly increasing connection between the crypto industry and frontier technologies like SpaceX, AI, and robotics. Many find it strange—what’s the relationship between rockets and Bitcoin?
But in reality, their connection is deepening.
Because today’s core of global technological competition has shifted from internet application competition to infrastructure competition. Both the crypto industry and SpaceX fundamentally belong to the next-generation infrastructure.
First, what is SpaceX’s core mission?
To reduce the cost of human access to space. In the past, sending 1 kilogram of cargo to space cost tens of thousands of dollars, but Starship aims to bring that cost down to a few dozen dollars. Once achieved, the entire economic model of human society will be changed.
Because with low-cost access to space, orbital servers may appear, space energy could explode, global satellite internet will further popularize, and even future Mars bases will become practically feasible.
And these new worlds require new payment systems, new value networks, and new global financial systems.
Thus, cryptocurrencies naturally have the opportunity to enter the space economy.
Because traditional financial systems are essentially built on national sovereignty and geographic borders. But if a cross-planetary economy emerges in the future, traditional banking systems will be hard to cover.
Blockchain is inherently suitable for globalized, cross-regional, trustless value flow. That’s why more and more tech geeks believe that cryptocurrencies are likely to become an important part of the future space economy.
Beyond that, there is a deeper reason. The crypto community and SpaceX share the same spiritual core.
Both are characterized by high risk and long-termism.
Early Bitcoin was considered unlikely to succeed, and SpaceX faced bankruptcy multiple times. But whether it’s Bitcoin believers or Mars program supporters, they are all willing to believe in a goal that seems extremely crazy in the short term but could change the world in the long run.
So today, you see more and more people in the crypto industry paying attention to SpaceX, Starlink, AI, robotics, brain-computer interfaces, space energy, and supercomputing—because these are gradually forming the next civilization system.
In the past, the most important aspect of the internet era was traffic platforms, but in the future, energy, computing power, AI, and space infrastructure may be the most critical.
And the crypto economy could become the value layer within this system.
Many interpret this event as a Chinese entrepreneur flying past Mars. But in fact, what’s truly important goes far beyond a piece of commercial space news. It signifies that the power structure of human space exploration is changing.
Over the past decades, space exploration has been a state-driven activity, relying on national budgets, military-industrial complexes, and political will from the US, the former Soviet Union, and China.
But today, commercial space is fundamentally changing this model. SpaceX has proven that private companies can lead the space revolution.
Wang Chun’s participation in the interstellar mission further indicates that future deep-space exploration may no longer be limited to professional astronauts.
Entrepreneurs, engineers, AI researchers, tech capital owners, and even future robotics experts could enter space.
This is very much like the Age of Discovery in the 15th century.
Initially, oceanic exploration relied on national fleets. But the real drivers of global expansion were commercial capital—like the British East India Company and the Dutch East India Company, which were essentially tools of commercial civilization expansion.
Today, SpaceX is beginning to have similar attributes. The difference is that in the past, it was across oceans; now, it’s across interstellar space.
More importantly, Wang Chun also made a very significant statement: “The landing plan should not be left to the next generation.” This is essentially a reminder to SpaceX not to deviate from the original intention of multi-planet civilization due to commercialization and practical pressures.
Because over the past year, with the AI explosion, data center construction, and NASA’s lunar plans, SpaceX’s focus has clearly shifted toward the Moon.
Compared to Mars, the Moon is easier to commercialize. But Mars is the real key to whether humanity can become a multi-planet civilization.
Today’s Mars program is no longer just a technological project; it’s more like a civilization belief.
Wang Chun’s appearance signifies that the new capital, technological groups, and idealists accumulated in the crypto world are now officially entering the interstellar era.
Conclusion
In summary, what’s most shocking about this event is not just that someone is about to fly past Mars, but that the dominant force behind human civilization expansion is shifting from nation-states to tech companies, AI systems, and globalized technological capital.
From mining pools to Mars, from the Bitcoin network to interstellar spacecraft, Wang Chun’s journey may be an early preview of the future decades of technological civilization evolution.