Bitcoin analyst James Check argued Bitcoin’s quantum risk is chiefly a consensus dilemma — not a tech one — because the network is unlikely to freeze legacy coins.
Latest News on Quantum Computing
Quantum computing is an emerging technology that uses phenomena occurring on an atomic level to resolve complex problems that are beyond the realm of classical computers. Forming the core of superconducting quantum processors, this technology has made it possible to deliver chipsets with increasing computing speeds. In fact, by modeling atomic behavior that can only be seen under a powerful microscope, quantum computing has made it possible to solve tasks involving multiple variables.
Quantum computing use cases can be found in everyday applications, such as electric vehicles. It is even helping organizations to solve problems such as the energy challenge facing all of humanity in the backdrop of increasing carbon emissions. Quantum computers are smaller and lighter and require far less energy than classical computing systems while being more resilient, even in adverse external environments. Transforming the way computers work, quantum computing is introducing new efficiencies in how humans live and interact in an increasingly connected world.
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Jan van Eck says quantum computing could threaten Bitcoin's encryption and privacy, and his firm “will walk away” if it’s “fundamentally broken.”
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The catalyst could serve as a wake-up call and send Bitcoin to $150,000 overnight, though it “would have to be real,” according to Jeff Park.
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As quantum risks escalate, developers are turning to architectures built on entropy-as-a-service and post-quantum cryptography.
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Adam Back says Bitcoin faces no meaningful quantum threat for at least the next 20–40 years, adding that NIST-approved post-quantum standards can be adopted in time.
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Explore how Satoshi’s untouched 1 million BTC could become crypto’s biggest quantum target, and what a real quantum breakthrough means for early wallets.
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IBM targets quantum advantage by 2026 and fault-tolerant systems by 2029 with new processors and faster error correction, advancing the race toward quantum computing.
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Gianluca Di Bella claimed quantum computing already makes encryption and ZK-proofs vulnerable due to “harvest now, decrypt later” risks.
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Some critics argue the threat posed by quantum computers is overblown, including Strategy chairman Michael Saylor, who has once called it a marketing ploy to pump quantum-branded tokens.
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Borderless Capital’s Amit Mehra said quantum computing remains years away from threatening Bitcoin, though rapid advances may make post-quantum security urgent.
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Washington is considering direct investments in US quantum computing companies as it seeks to keep pace with China’s tech capabilities.
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Cointelegraph takes a look at the latest devices from Ledger and Trezor, two long-time leaders in self-custody hardware wallets.
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Google's Willow quantum computer processor was able to map out the features of a molecule 13,000 times faster than a modern supercomputer.
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A quantum computer powerful enough to break Bitcoin could steal coins while the network runs as usual.
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Quantum computing could enable the reverse engineering of private keys from publicly exposed ones, putting the security of Bitcoin holders at risk.