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Construction begins at quantum facility big enough to break Bitcoin
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Construction begins at quantum facility big enough to break Bitcoin

PsiQuantum co-founder Terry Rudolph said in July it has no plans to attack Bitcoin, even if its upcoming facility becomes powerful enough to break the blockchain's cryptography.

3/6/20265 min read4 views

Quantum Computing and Cryptocurrencies: A New Era of Confrontation?

The construction of a new quantum computing center, which according to the management can have enough power to crack the cryptography of Bitcoin, is causing new concerns in the crypto community. PsiQuantum, a Silicon Valley-based company, has begun building a huge 130,000-square-foot laboratory that will be equipped with a million qubits - the basic units of quantum computing.

According to PsiQuantum co-founder Terry Rudolph, the company currently has no plans to attack the Bitcoin blockchain. However, when such quantum devices become a reality, they may pose a serious threat to most modern cryptographic systems. This is causing concern in the crypto community, which is actively developing methods of protection against such attacks, known as post-quantum cryptography.

It is worth noting that the implementation of such an attack on Bitcoin would require huge computing power and financial resources. Therefore, we are unlikely to see mass attacks on cryptocurrencies in the near future. Rather, the development of quantum technologies will push the industry towards a faster transition to new encryption methods capable of withstanding quantum computing.

Conclusion

The construction of ultra-powerful quantum centers capable of cracking modern cryptographic systems is an alarming signal for the cryptocurrency industry. However, such attacks are still unlikely due to high costs and technical complexity. It is much more important that cryptocurrency developers and other systems using encryption actively engage in research in the field of post-quantum cryptography, in order to be ready for the advent of a new era of quantum computing.

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