Yonatan blum

Raqcoin! The only hot-mining blockchain that adopts multivariate unbalanced oil-vinegar signature scheme and public-key compression technology

[Yonatan blum @raqcoin8]

我们是全球第一批推广采用了抗量子算法加密货币，第一批吃螃蟹的人（早鸟）
我们是全球第一批推崇PowPQC 抗量子挖矿 挖矿挖热矿的人！
The early bird catches the worm. 早起的鸟儿有虫吃！

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

@Raq_PQC 绝对是第一批，
而且时代极其久远以前，
绝对唯一的第一批人！

每个人都是元老级别的。

在抗量子算法方面，
认知绝对降维碾压，
尤其在某些方面
碾压级别的小群体。

但一定会迅速爆炸地扩大，

以及一定会出事！
就等着看热闹了！

看热闹的反正都不嫌事大，
比如：比特币归零!

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

@Dusyantkmr We're building quantum-safe cryptos world, Dusyant!
Let's connect! collaborate! and grow up together! 👇

[Yonatan blum @raqcoin8]

@Tomw655255 @czbinanceprd 哥们比特币不能升级到抗量子技术。时日不多了。能跑抓紧跑吧！君子不立于危墙之下。每一次拉升都是跑路机会。抗量子加密货币才是未来风口。关注我，带你飞

[Yonatan blum @raqcoin8]

@czbinanceprd CZ看在你是华人的面子上，劝你一句耗子尾汁。比特币无法抗量子。BNB要升级到抗量子采用格哈希函数不容易。多变量uov加邮政编码化公钥压缩技术才是最优选择。抓紧升级到抗量子技术才是最大的风口！raqcoin唯一采用此类算法的抗量子代币。挖矿挖热矿！

[₿/Quantum safe ❤️ /Jason❤️ @quantum_safe]

Good night! Rest up and have a great day tomorrow!

[Yonatan blum @raqcoin8]

@BTC__Sunny RAQCoin: the only post-quantum token currently using multivariate unbalanced Oil-Vinegar algorithms and zip-code public-key compression.

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

@Raq_PQC “国产博士论”

部分国产博士与海归博士的思维模式存在差异：国产博士在极窄领域钻研极深，但面对全新事物（如比特币）时，容易脱离专业，本能联想到挖矿、量子计算机，从而丧失治学的严谨性。

[Yonatan blum @raqcoin8]

Quantum computers are getting closer and closer to us.

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

@ZynxBTC Yes, We all hope bitcoin to get a new ATH be4 2028.
While it could be all way down after 2028...
Quantum-safe! it's an unsurmountable barrier.

[Paul LeCoque @paullecoque]

The quantum timeline just got shorter, again.

Harvard, Anthropic, and QuEra Breakthrough Research Uniquely Shows AI Can Reduce the Resources Quantum Applications Need, Significantly Accelerating the Era of Useful Quantum Computing

AI-designed circuits achieved up to a 39-fold reduction in a combined gate-and-qubit resource metric, helping near-term fault-tolerant systems tackle more demanding problems sooner.

https://t.co/6L8nLYDayX

[潜水员Balance @balance0014]

Agree that quantum safety is essential for core infrastructure. My concern is that even 2028 may be optimistic — round 4 signatures won’t be selected until 2027, and based on previous rounds, final parameters may take another year to settle.

Among round 4 candidates, UOV seems to have one of the strongest long-term track records. However, standardized parameters are designed for broad use cases, so they may not be ideal for every scenario. It may be worth continuing to explore practical adaptations alongside NIST’s standardization process.

[Yonatan blum @raqcoin8]

A high-quality debate on post-quantum algorithms: lattice-based, hash-based, and multivariate. RAQCoin: the only post-quantum token currently using multivariate unbalanced Oil-Vinegar algorithms and zip-code public-key compression.

[潜水员Balance @balance0014]

Agree that quantum safety is essential for core infrastructure. My concern is that even 2028 may be optimistic — round 4 signatures won’t be selected until 2027, and based on previous rounds, final parameters may take another year to settle.

Among round 4 candidates, UOV seems to have one of the strongest long-term track records. However, standardized parameters are designed for broad use cases, so they may not be ideal for every scenario. It may be worth continuing to explore practical adaptations alongside NIST’s standardization process.

[₿/Quantum safe ❤️ /Jason❤️ @quantum_safe]

This is a list I compiled several years ago outlining the obstacles to Bitcoin’s migration to quantum-resistant, for your reference. @P3b7_ @FutureDies

The obstacles to migration are as follows.
1. No suitable quantum-resistant algorithm
2. Hash-based and lattice-based algorithms have excessively large public keys and signatures
3. Migrating to quantum-resistant algorithms could cause severe on-chain congestion and even paralysis
4. Quantum-resistant algorithms result in a significant reduction in transaction efficiency
5. Increased node and transaction fees
6. Who has the authority to freeze or burn Satoshi’s addresses and other lost addresses
7. The aggregation threshold in quantum-resistant algorithms is challenging
8. Taproot makes the transition to quantum-resistant even more difficult
9. High hardware upgrade costs
10. 1MB block size is not suitable for quantum-resistant algorithms
11.Achieving global consensus is extremely difficult
and more...

[Yonatan blum @raqcoin8]

Look here! Enumerate in detail the reasons why Bitcoin cannot successfully upgrade to post-quantum cryptography. 瞧！非常详细列举为什么比特币无法完全升级到抗量子加密技术。raqcoin！go mine raqcoin！

[₿/Quantum safe ❤️ /Jason❤️ @quantum_safe]

This is a list I compiled several years ago outlining the obstacles to Bitcoin’s migration to quantum-resistant, for your reference. @P3b7_ @FutureDies

The obstacles to migration are as follows.
1. No suitable quantum-resistant algorithm
2. Hash-based and lattice-based algorithms have excessively large public keys and signatures
3. Migrating to quantum-resistant algorithms could cause severe on-chain congestion and even paralysis
4. Quantum-resistant algorithms result in a significant reduction in transaction efficiency
5. Increased node and transaction fees
6. Who has the authority to freeze or burn Satoshi’s addresses and other lost addresses
7. The aggregation threshold in quantum-resistant algorithms is challenging
8. Taproot makes the transition to quantum-resistant even more difficult
9. High hardware upgrade costs
10. 1MB block size is not suitable for quantum-resistant algorithms
11.Achieving global consensus is extremely difficult
and more...

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

@P3b7_ Are we sure of that ML-DSA could give us a real path to post-quantum threshold signing?

As a lattice-based dig-sig, ML-DSA per se gets a quite complicated re-design to be aggregated efficient. right?

It's probably a big "could-be", not a "real", IMO.

[PQC miner @Raq_PQC]

呵呵。。。
a16z的Aerie “阈值 聚合”方案出来了，🤣，，，
打一下马虎眼，骗骗项目方，赚钱两不误！

zk-SNARK 的一种实现Lattice SNARKs它强调“短证明 + 快速验证 + 证明者确实知道某个秘密/证据

加上 zero-knowledge（零知识）属性后，就变成 zk-SNARK Lattice SNARKs
特指安全基于格难题（如 Module-SIS）的 SNARK，

而不是传统基于椭圆曲线配对或离散对数的方案。

格难题目前被认为对量子计算机也是困难的，因此是后量子安全的。

[PQC miner @Raq_PQC]

#Raqcoin, which utilizes #Multivariate- UOV — a type of signature resistant to quantum computer attacks.

It also supports a unique Proof-of-Work (PoW) mining mechanism based on solving multivariate equations that is designed for long-term POW operation.

#Bitcoin #Raqcoin #PQC #NIST #Multivariate #UOV

[量子ポータルサイトQ-Portal @Q_Portal_]

理研の量子コンピューター「黎明」、20→56量子ビットに進化 https://t.co/uxkUgGFryv @cnet_japanより

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

post-quantum security for Bitcoin.

[Yonatan blum @raqcoin8]

Bitcoin can’t fully go quantum-resistant;quantum-resistant coins may replace its $2T cap. Lattice/hash can’t sustain long-term PoW—only multivariate oil-vinegar and postal-code key compression fit. Raqcoin claims sole use, 8-year PoW,high-concurrency multisig. DYOR.

[JIN LIU: be quantum-safe or 0 正推动比特币要么抗量子破解，要么归零！ @r8raq]

post-quantum security for Bitcoin.

[Eric | ᚱ @EricRaqcoin]

@BrianRo82962861 @ethereum #Raqcoin 采用了 UOV——一种能够抵御量子计算机攻击的签名技术。此外，它还支持一种独特的、基于求解多元方程的工作量证明（PoW）挖矿机制，该机制专为长期运行POW 而设计。 #Bitcoin #Raqcoin #PQC
。其地位相当于 2012 年的 #Bitcoin