You ignored my singular question.
I did answer it, go to 3
From my research, the intrinsic nature of Bitcoin is one of stability and rigidity in its code. I don't think it will be nimble enough to change its encryption before the quantum computers can break the encryptions. But if you want something that doesn't change its code too often and prices tend to be more stable than other crypto, Bitcoin is the way to go.
Supplementary question. What happens to bitcoin in 20 years when we have quantum computing capability?
It'll be 10 years or less. There are already Cryptos out there running real time quantum proof encryption, the first one I know of was Algorand but I don't recommend it as a buy anymore as its made by MIT professors and thus Fed owned.
Practical Post-Quantum Few-Time Verifiable Random Function with Applications to Algorand
https://eprint.iacr.org/2020/1222 https://www.semanticscholar.org/paper/Practical-Post-Quantum-Few-Time-Verifiable-Random-Esgin-Kuchta/10414857cf1582614210c10f9e9d6fcfd704b43d https://m.youtube.com/watch?v=bQ6iyc3y_JM
To stop quantum hackers, the US just chose these four quantum-resistant encryption algorithms The US now has four post-quantum cryptographic algorithms it plans to make part of a new set of public-key cryptography standards by 2024.
You ignored my singular question.
I did answer it, go to 3
The intrinsic nature of Bitcoin is one of stability and rigidity in its code. I don't think it will be nimble enough to change its encryption before the quantum computers can break the encryptions.
Supplementary question. What happens to bitcoin in 20 years when we have quantum computing capability?
It'll be 10 years or less. There are already Cryptos out there running real time quantum proof encryption, the first one I know of was Algorand but I don't recommend it as a buy anymore as its made by MIT professors and thus Fed owned.
Practical Post-Quantum Few-Time Verifiable Random Function with Applications to Algorand
https://eprint.iacr.org/2020/1222 https://www.semanticscholar.org/paper/Practical-Post-Quantum-Few-Time-Verifiable-Random-Esgin-Kuchta/10414857cf1582614210c10f9e9d6fcfd704b43d https://m.youtube.com/watch?v=bQ6iyc3y_JM
To stop quantum hackers, the US just chose these four quantum-resistant encryption algorithms The US now has four post-quantum cryptographic algorithms it plans to make part of a new set of public-key cryptography standards by 2024.
You ignored my singular question.
I did answer it, go to 3
The intrinsic nature of Bitcoin is one of stability and rigidity in its code. I don't think it will be nimble enough to change its encryption before the quantum computers can break the encryptions.
Supplementary question. What happens to bitcoin in 20 years when we have quantum computing capability?
It'll be 10 years or less. There are already Cryptos out there running real time quantum proof encryption, the first one I know of was Algorand but I don't recommend it as a buy anymore as its made by MIT professors and thus Fed owned.
Practical Post-Quantum Few-Time Verifiable Random Function with Applications to Algorand
https://eprint.iacr.org/2020/1222 https://www.semanticscholar.org/paper/Practical-Post-Quantum-Few-Time-Verifiable-Random-Esgin-Kuchta/10414857cf1582614210c10f9e9d6fcfd704b43d https://m.youtube.com/watch?v=bQ6iyc3y_JM