Crypto Researchers Cut Bitcoin and Ethereum Quantum Attack Estimate by 50%
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A new investigation has reduced by more than half the estimate of resources needed to execute a critical stage of a future quantum attack against Bitcoin and Ethereum, relative to the benchmark published by Google Quantum AI in March. The advance does not mean that either of the two networks can currently be violated, [...] The entry Researchers reduce more than 50% the estimate of resources needed to attack Bitcoin and Ethereum with quantum com…
Researchers have more than halved the resource calculation required for the key step of a potential quantum attack on Bitcoin and Ethereum, compared to Google's March benchmark. The new circuit requires fewer logical qubits and Toffoli operations in this step. However, no machine can crack Bitcoin or Ethereum today, and according to the authors, the real urgency stems from the fact that a quantum-resistant transition will take years.
According to ChainCatcher, according to a CoinDesk report, according to the latest paper published by researchers from institutions such as Theta Labs, the Ethereum Foundation, StarkWare, etc., the required resources for key computational aspects of potential quantum attacks on Bitcoin (BTC) and Ethereum (ETH) have decreased by more than 50% compared to estimates previously announced by Google's quantum artificial intelligence team. The quantum …
Research points to a cut of more than 50% in the estimated resources for a quantum attack on Bitcoin and EthereumStudy cuts the estimate of resources for a quantum attack on Bitcoin and Ethereum by more than 50%
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