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Quantum Computing VS Bitcoin Why the Quantum Threat is Overblown
Two Revolutions One Myth
Quantum Computing and Bitcoin represent two of the most transformative technologies of the 21st century one redefining computation the other redefining money A persistent narrative claims that quantum computers will eventually break Bitcoin rendering it obsolete While the concern stems from real science the reality is more nuanced quantum computing is unlikely to defeat Bitcoin Here is why
Understanding the Players
Quantum Computing Beyond Binary
Unlike classical computers that use bits 0s and 1s quantum computers use qubits which can exist in multiple states simultaneously thanks to superposition and entanglement This allows them to solve certain complex problems exponentially faster Their potential is revolutionary for fields like drug discovery material science and optimization
Bitcoin Digital Scarcity
Bitcoin is a decentralized digital currency secured by cryptography and a public ledger called the blockchain Its security relies on
1 Cryptographic hash functions SHA256 for linking blocks
2 Digital signatures ECDSA for authorizing transactions
3 Proof of work consensus for network agreement
The Quantum Threat Narrative
The fear centers on two potential attacks
1 Breaking Elliptic Curve Cryptography
Quantum computers using Shors algorithm could theoretically derive private keys from public keys allowing theft of funds
2 Mining Dominance
Using Grovers algorithm quantum computers could potentially mine Bitcoin faster threatening decentralization
Why Quantum Computing Will Not Kill Bitcoin
1 Bitcoin Is Adaptable
Bitcoin has undergone numerous upgrades such as SegWit and Taproot and can implement quantum resistant cryptography Algorithms like lattice based cryptography already exist and can be integrated long before quantum computers pose a real threat The networks decentralized governance allows for coordinated response to existential risks
2 The Timeline Mismatch
Useful stable quantum computers capable of breaking ECDSA are likely decades away from practical deployment Estimates vary but most experts believe we are 10 to 30 years from cryptographically relevant quantum computers Bitcoin developers have ample time to prepare
3 Not All Bitcoin Is Vulnerable
Even if quantum computers could derive private keys from public keys this only affects exposed public keys Currently only addresses that have been used to spend funds reveal their public key Unspent outputs from P2PKH addresses remain protected by hash functions until they are spent Users could move funds to quantum safe addresses during a transition period
4 Mining Is Not Trivial
Quantum advantage in mining is limited Grovers algorithm offers only a quadratic speedup for hashing meaning quantum computers would need to be extraordinarily efficient to outcompete specialized ASIC miners The economic and energy barriers remain significant
5 The Broader Context
If quantum computers break Bitcoins cryptography they will also break traditional banking SSL TLS encryption and government systems Global urgency to upgrade cryptographic standards would emerge with Bitcoin participating in that transition
The Real Timeline A Race Already Underway
Present Day to 2030s to 2040s plus
Bitcoin development of quantum resistant solutions
Gradual adoption of post quantum cryptography
Classical mining continues dominance
Quantum computers advance in controlled environments
Conclusion Evolution Not Extinction
The relationship between quantum computing and Bitcoin is better framed as a challenge to overcome not a death sentence Bitcoin has survived countless predictions of its demise from regulatory crackdowns to forks to market crashes by adapting
Rather than killing Bitcoin quantum computing might even strengthen it by forcing earlier adoption of advanced cryptographic techniques The narrative that quantum will break Bitcoin underestimates both the resilience of decentralized systems and the foresight of their developers
In the end these two technologies may coexist each pushing the other toward innovation with Bitcoin remaining as ever a step ahead of those who predict its end
#Bitcoin #quantumcomputer #quantum $BTC
Quantum Computing and Bitcoin represent two of the most transformative technologies of the 21st century one redefining computation the other redefining money A persistent narrative claims that quantum computers will eventually break Bitcoin rendering it obsolete While the concern stems from real science the reality is more nuanced quantum computing is unlikely to defeat Bitcoin Here is why
Understanding the Players
Quantum Computing Beyond Binary
Unlike classical computers that use bits 0s and 1s quantum computers use qubits which can exist in multiple states simultaneously thanks to superposition and entanglement This allows them to solve certain complex problems exponentially faster Their potential is revolutionary for fields like drug discovery material science and optimization
Bitcoin Digital Scarcity
Bitcoin is a decentralized digital currency secured by cryptography and a public ledger called the blockchain Its security relies on
1 Cryptographic hash functions SHA256 for linking blocks
2 Digital signatures ECDSA for authorizing transactions
3 Proof of work consensus for network agreement
The Quantum Threat Narrative
The fear centers on two potential attacks
1 Breaking Elliptic Curve Cryptography
Quantum computers using Shors algorithm could theoretically derive private keys from public keys allowing theft of funds
2 Mining Dominance
Using Grovers algorithm quantum computers could potentially mine Bitcoin faster threatening decentralization
Why Quantum Computing Will Not Kill Bitcoin
1 Bitcoin Is Adaptable
Bitcoin has undergone numerous upgrades such as SegWit and Taproot and can implement quantum resistant cryptography Algorithms like lattice based cryptography already exist and can be integrated long before quantum computers pose a real threat The networks decentralized governance allows for coordinated response to existential risks
2 The Timeline Mismatch
Useful stable quantum computers capable of breaking ECDSA are likely decades away from practical deployment Estimates vary but most experts believe we are 10 to 30 years from cryptographically relevant quantum computers Bitcoin developers have ample time to prepare
3 Not All Bitcoin Is Vulnerable
Even if quantum computers could derive private keys from public keys this only affects exposed public keys Currently only addresses that have been used to spend funds reveal their public key Unspent outputs from P2PKH addresses remain protected by hash functions until they are spent Users could move funds to quantum safe addresses during a transition period
4 Mining Is Not Trivial
Quantum advantage in mining is limited Grovers algorithm offers only a quadratic speedup for hashing meaning quantum computers would need to be extraordinarily efficient to outcompete specialized ASIC miners The economic and energy barriers remain significant
5 The Broader Context
If quantum computers break Bitcoins cryptography they will also break traditional banking SSL TLS encryption and government systems Global urgency to upgrade cryptographic standards would emerge with Bitcoin participating in that transition
The Real Timeline A Race Already Underway
Present Day to 2030s to 2040s plus
Bitcoin development of quantum resistant solutions
Gradual adoption of post quantum cryptography
Classical mining continues dominance
Quantum computers advance in controlled environments
Conclusion Evolution Not Extinction
The relationship between quantum computing and Bitcoin is better framed as a challenge to overcome not a death sentence Bitcoin has survived countless predictions of its demise from regulatory crackdowns to forks to market crashes by adapting
Rather than killing Bitcoin quantum computing might even strengthen it by forcing earlier adoption of advanced cryptographic techniques The narrative that quantum will break Bitcoin underestimates both the resilience of decentralized systems and the foresight of their developers
In the end these two technologies may coexist each pushing the other toward innovation with Bitcoin remaining as ever a step ahead of those who predict its end
#Bitcoin #quantumcomputer #quantum $BTC
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DNA_1
Based on the initial DNA analysis, we can say that this is a universal molecular platform for all living things with a high degree of compatibility, often a difference of less than 1%.
This also explains some of the benefits of natural products; we can note a certain interchangeability at the molecular level, technically speaking.
So, for example, if we assume that if amino acids were isolated from more intellectually developed creatures or aliens and offered to humans, then this would definitely affect human development.
DNA has a fairly short life cycle.
This explains her point position, the nature of the mutually beneficial coexistence of various genes written in one chain focused on current immediate tasks and not on sorting through the category of a struggle for the future or unsuccessful experiences from the past. Although nothing cancels the confidence that the last processes in the DNA chain are reflected in some other way beyond that point position for the sake of sustainability of cell life. Perhaps through the same superpositions. Perhaps the answer to this would be given by the principles of complementarity inherent in biomolecules. It is possible, including through the diversification of calculations on different biomolecules. Moreover, most likely here we can talk about smart superpositions, about some superposition field, if we still take into account the nature of biomolecules.
It is possible to develop technologies such as single-atom coating as in a quantum computer, which would become possible thanks to technologies based on knowledge of DNA. Such a quantum computer technology would involve the creation of technical cells existing in special laboratory or incubation conditions whose logic of life would go beyond the scope of natural life.
#binance #investment #science #dna #quantumcomputer
Photo: BIXEL
Based on the initial DNA analysis, we can say that this is a universal molecular platform for all living things with a high degree of compatibility, often a difference of less than 1%.
This also explains some of the benefits of natural products; we can note a certain interchangeability at the molecular level, technically speaking.
So, for example, if we assume that if amino acids were isolated from more intellectually developed creatures or aliens and offered to humans, then this would definitely affect human development.
DNA has a fairly short life cycle.
This explains her point position, the nature of the mutually beneficial coexistence of various genes written in one chain focused on current immediate tasks and not on sorting through the category of a struggle for the future or unsuccessful experiences from the past. Although nothing cancels the confidence that the last processes in the DNA chain are reflected in some other way beyond that point position for the sake of sustainability of cell life. Perhaps through the same superpositions. Perhaps the answer to this would be given by the principles of complementarity inherent in biomolecules. It is possible, including through the diversification of calculations on different biomolecules. Moreover, most likely here we can talk about smart superpositions, about some superposition field, if we still take into account the nature of biomolecules.
It is possible to develop technologies such as single-atom coating as in a quantum computer, which would become possible thanks to technologies based on knowledge of DNA. Such a quantum computer technology would involve the creation of technical cells existing in special laboratory or incubation conditions whose logic of life would go beyond the scope of natural life.
#binance #investment #science #dna #quantumcomputer
Photo: BIXEL
NEW: $ETH | #VitalikButerin cites a 20% chance that quantum computers will break modern cryptography before the end of 2030.
#ETH #QuantumComputer
#ETH #QuantumComputer
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A commercial quantum computer has been launched in Singapore
The Singapore company Horizon Quantum has launched the first quantum computer for commercial use in the city-state. CNBC reports this.
The firm stated that the machine is fully ready for operation. It integrates components from suppliers Maybell Quantum, Quantum Machines, and Rigetti Computing.
The firm stated that the machine is fully ready for operation. It integrates components from suppliers Maybell Quantum, Quantum Machines, and Rigetti Computing.
🚨 BREAKING NEWS 🚨
⚠️ Quantum Computer = Poison for Bitcoin! 💀
The future just changed.
Quantum technology has arrived — and it can crack Bitcoin’s encryption in seconds! 🧬💻
The same blockchain that was once “unhackable” is now standing naked before quantum algorithms.
Your private keys... your cold wallets...
Nothing is truly safe anymore. 😱
The crypto world is in panic mode — experts calling it:
> “The end of classical Bitcoin security.”
🧠 Quantum computers don’t play by the old rules —
They break the math that keeps Bitcoin alive.
💣 Bitcoin lovers, it’s time to wake up.
Quantum Age = New Game, New Rules.
#Bitcoin
#QuantumComputer
#CryptoNews
#BreakingNews
#Blockchain
⚠️ Quantum Computer = Poison for Bitcoin! 💀
The future just changed.
Quantum technology has arrived — and it can crack Bitcoin’s encryption in seconds! 🧬💻
The same blockchain that was once “unhackable” is now standing naked before quantum algorithms.
Your private keys... your cold wallets...
Nothing is truly safe anymore. 😱
The crypto world is in panic mode — experts calling it:
> “The end of classical Bitcoin security.”
🧠 Quantum computers don’t play by the old rules —
They break the math that keeps Bitcoin alive.
💣 Bitcoin lovers, it’s time to wake up.
Quantum Age = New Game, New Rules.
#Bitcoin
#QuantumComputer
#CryptoNews
#BreakingNews
#Blockchain
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