Attacking bitcoin mining with a quantum computer would require the energy of a star, academics say

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Why This Matters

Academics have published papers concluding that attacking the bitcoin blockchain with a quantum computer is energetically infeasible, requiring the energy output of a star, and that previous quantum factoring breakthroughs can be replicated with outdated hardware, mitigating quantum computing risks to bitcoin's security. This research alleviates concerns about the potential vulnerability of bitcoin to quantum attacks, which could have led to a loss of investor confidence and a subsequent price decline. The removal of this risk is likely to have a positive impact on bitcoin's price and the broader cryptocurrency market.

Market Impact

The news is likely to have a positive impact on bitcoin's price, as it reduces the perceived risk of quantum attacks on the blockchain, potentially leading to increased investor confidence and capital inflows into the asset. This could also have a positive effect on the broader cryptocurrency market, as a secure bitcoin network is crucial for the overall health of the crypto ecosystem.

Sentiment
Bullish
AI Confidence
80%
Time Horizon
Medium Term
Affected Symbols

Article Context

Note: This is a brief excerpt for context. Click below to read the full article on the original source.

One paper finds that attacking the bitcoin blockchain through quantum mining would demand the energy output of a star. Another replicates every major "quantum factoring breakthrough" using a 1981 home computer and a dog.

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Original article published by CoinDesk on April 8, 2026.
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