Recently, the crypto world has once again stirred up a wave of quantum computer panic. The claims are quite sensational: if quantum computing technology truly makes a breakthrough, the 1.7 million vintage bitcoins buried in early Bitcoin addresses could all flood into the market at once, with a potential selling pressure of up to 145 billion USD. It indeed sounds like a nuclear-level bearish event.

But I took a closer look at the data, and things might not be that simple.

First, on the technical level. Bitcoin analyst James Check indeed pointed out that, in theory, if quantum computers have enough computational power, they could brute-force break Bitcoin’s elliptic curve signatures, thereby invading early wallets whose public keys are already exposed. There’s no dispute about this; the quantum threat is real.

The problem is, looking at the 145 billion USD figure alone is frightening, but when placed against Bitcoin’s current liquidity and trading volume, it’s not so terrifying. A quick review of historical data shows that during bull markets, long-term holders sell an average of 10,000 to 30k bitcoins daily. At this rate, releasing 1.7 million bitcoins would be equivalent to the normal profit-taking scale over two or three months.

Looking at the previous bear market, just one quarter saw over 2.3 million bitcoins changing hands among investors. The scale already exceeded the potential attack target of quantum computers, yet the market did not collapse systematically. The monthly inflow to exchanges is close to 850k bitcoins, and the nominal trading volume in derivatives markets can offset the entire supply of bitcoins from the Satoshi era in just a few days. In other words, the market’s absorption capacity is far stronger than we think.

Another key point: hackers capable of cracking quantum computer defenses and stealing this huge amount of assets would never be foolish enough to dump everything at once. James Check also admits that anyone with a bit of economic sense would adopt a phased, gradual exit strategy, even using derivatives for hedging, to maximize profits and minimize slippage. A short-term, concentrated sell-off would cause intense volatility, but such an assumption doesn’t align with the rational behavior of hackers.

So, the real test isn’t the selling pressure itself, but “governance.” When the quantum computer threat truly approaches, how will the Bitcoin community and developers respond? Will they activate mechanisms like BIP-361 to forcibly freeze threatened early addresses, or will they uphold the spirit of decentralization and censorship resistance, allowing market mechanisms to resolve the issue naturally? This is the ultimate question that the quantum computer crisis poses to the entire crypto space. From a market perspective, Bitcoin has already proven its resilience; from a community perspective, the real challenge is just beginning.