Quantum computing still feels like science fiction to most people in crypto. But the research is moving faster than many realize. Earlier this year, Google Quantum AI published new research on Shor's algorithm and secp256k1, the elliptic curve used by Bitcoin. Under the hardware and error rate assumptions used in the research, the estimated number of physical qubits required for this type of attack fell to roughly one-twentieth of previous estimates. That does not mean a quantum computer can derive Bitcoin private keys today. But it does mean that a future quantum computer capable of threatening Bitcoin cryptography may require significantly fewer resources than researchers previously estimated. And the work is continuing. Researchers are still finding ways to make the algorithms and quantum circuits involved more efficient. The progress in quantum computing appears to be moving faster than the conversation around it in crypto. Most crypto users still see quantum risk as something far in the future. Something to think about later. But how far away is "later"? Crypto has a Fear and Greed Index to measure how the market feels every day. Maybe one day we will need a way to measure quantum risk too. At MemeBitcoin, Crack has never been symbolic. Every Crack generates a real candidate private key and checks whether it matches the target associated with Satoshi. With today's computing, the probability of finding the correct key is effectively zero. But "impossible" in cryptography is not a law of nature. It is a statement about how much computation is required. And that is exactly what advances in quantum computing are beginning to challenge. For now, the mathematics still holds. For now, those coins remain untouched. For now. An estimated 1,096,361 BTC, held in wallets widely associated with Satoshi, has remained untouched since Bitcoin's earliest days. We have been cracking toward it, one key at a time. Soon, there will be another reason to Crack.