# Cryptocurrency vs quantum computing

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With its unfathomable speeds, Quantum Computing can further revolutionize the financial industry to achieve far more than it has. Implications of Quantum Computing for Blockchain Technology and Cryptocurrencies Cryptography uses the most secure mathematical algorithms to maintain the highest levels of security and privacy. Quantum Computing promises to revolutionize computing by introducing enormous calculation speeds that can potentially make cryptography, the underlying technology behind Blockchain Technology, and cryptocurrencies redundant.

Besides cryptocurrency, Blockchain is widely used in many state-of-the-art technologies, such as FinTech, NFT marketplaces, DeFi, Metaverse, cybersecurity, supply chain management, healthcare, IoT Internet of Things , and identity management.

A quantum computing compromise on Blockchain cryptography would thus result in total disaster as there is so much at stake globally. The following points show the implications of Quantum Computing growth for blockchain technology and cryptocurrency. Encryption: Will the foundation of blockchain technology shake?

IBM has recently introduced a qubit processor, considered amongst the largest quantum processors. The plan is to move up to qubits by If that were to happen, the concern is that those wielding quantum computers could, in theory, gain a significant advantage over every other miner in the blockchain network , threatening the decentralization and security of proof-of-work blockchains like Bitcoin and Litecoin.

Not to mention, earning a vast majority of the remaining block rewards. What is quantum computing? To understand how quantum computers work, you first need to understand that classical computers — like the one you have at home or use for work — represent all bits of data as being one of two states, either a 0 or a 1.

This is known as binary code. By stringing together 0s and 1s, it becomes possible to run more complex computations and store more complex data. But even with stringing 0s and 1s together, classical computers are still limited in their processing capabilities and can run only one computation at a time. That's known as a "superposition. By providing a higher number of states, quantum computers have the ability to perform exponentially larger computations. But there are a number of significant caveats to this technology, which we shall explore further down.

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Cryptocurrencies and Quantum Computing: An Imminent Threat? - Thoughts on Inside Quantum Technology### CONVERT ETHEREUM TO BITCOIN

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