Quantum-attack on Bitcoin begun
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Quantum-attack on Bitcoin begun
@NannaSignan
Raqcoin is the ONLY longtime POW-PQC

The text version of the AMA session from May 7 with Dmitry Gerasimov — CEO of Demlabs and project lead of Cellframe — is now available! Key takeaways from the AMA: - Current status of the investigation into the illegal m-token situation - Infrastructure updates and enhancements following the Cellframe bridge hack - Project tokenomics and team funding questions - Order book synchronization and launch of the web version of Cellframe DEX - Operating principles and development plans for the bitcoin quantum hedge — cBTC - Expansion of the Cellframe ecosystem and launch of new services Read the text version in the blog on the project's website: cellframe.net/blog/ama-with-…






才看到,这个消息! 转移时间:2026 年 5 月 10 日(周日)美国东部时间 15:16 左右。 转移金额:500 BTC(价值约 4060 万至 4100 万美元)。 休眠时间:该批比特币自 2013 年 11 月 27 日起便处于休眠状态,长达 12.5 年。 发送方地址:以 1KAA8GGhVjjUjVTz1HKAjCyGN... 开头(部分数据源标记为 1KAA8...d882j)。 接收方地址:资金被转移至一个新的地址,以 bc1qm6m6d33d02edr0k8yj9jgt027zl6d... 开头部分数据源标记为 bc1qm...hjrxy 懂链上数据的朋友可以查实一下~!

$IONQ isn’t going to use too many atoms suspended above a single chip. This 256 qubit machine is a single chip architecture. But you can’t place many more qubits in the chip. That would destroy the quantum entanglement between them. In the future, $IONQ is going to use several chips. Each of them will contain an optimal number of qubits, possibly around 256. Now the challenge is to get various chips to talk to each other. So $IONQ developed optical interconnects between the chips. Light particles photons transmit quantum information from one chip to another. The ytterbium/barium atoms sense each other in one chip. Different chips sense each other through those interconnects. This is why CFO/COO Singh says that getting to 10k qubits and beyond is a matter of scaling.

$IONQ just put the Oxford Ionics leadership on a Boulder ribbon. Yesterday's lab opening was led by: • Dr. Chris Ballance — Oxford Ionics co-founder, now IonQ President of Quantum Computing • David Allcock — former Oxford Ionics Director of Science N.A., now IonQ VP Science of Quantum Computing #quantumcomputing The 22,000 sq ft suite is for semiconductor ion-trap chip design — the same electronics-instead-of-lasers approach Oxford Ionics built. The acquisition closed last September. Today it has a zip code. ionq.com/news/ionq-worl…

@aldi8boy Qrl is being audited by the same people who audited eth, Solana, cosmos,polkadot, starknet, Ton, and uniswap. Not to mention qrl has a Swiss backed foundation, same as eth. Qrl WILL be enterprise grade, they have expressed this desire over and over. Do the math....

Huge congratulations to Mr.President Donald Trump @realDonaldTrump Please don’t add bitcoin to the US federal reserve! Because it could probably be 0 in quantum computer times! just keep waiting for another 2 years, we all gonna find it! Ok?! Congratulations!

There is no concrete post-quantum signature scheme for Bitcoin today. But over the last year @blksresearch has been working on exactly this. Director Jonas Nick (@n1ckler) lays out the proposal: OP_CHECKSHRINCS, a hash-based signature opcode for post-quantum Bitcoin.



Name a project that's been sleeping but is about to wake up.

This is why betting against human ingenuity is dangerous. Quantum computing is one of the hardest engineering challenges humanity has ever taken on, and yet the best scientists in the world keep dragging hidden problems into the light, measuring them, and turning them into solvable engineering tasks. MIT just did that again by isolating a subtle source of error in superconducting quantum circuits and showing a path toward more predictable hardware. It’s a reminder that the best scientists and physicists in the world are attacking impossibly complex problems one layer at a time. In this case, MIT researchers developed a way to detect and measure a subtle source of error in superconducting quantum circuits so future devices can be engineered more predictably. This is how the impossible slowly becomes inevitable. news.mit.edu/2026/improving… $INFQ $RGTI $QBTS $IONQ $XNDU $QUBT $RAAQ $HQ $IBM $BBCQ $BTQ $LAES $OONEF $QNC $ARQQ








