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Quantum is one of the most powerful emerging technologies and it’s already driving a government-led encryption transition. Private keys are at risk, and most blockchains aren’t ready. Introducing Quantum Litepaper:

Quantum

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923,767 次观看 • 5 个月前 •via X (Twitter)

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.Martin Shkreli on quantum computing, and why early Bitcoin addresses like Satoshi's are vulnerable: "Satoshi's keys are at risk. Binance and Coinbase's keys are not. They'll be ported in, most likely, to a quantum secure system."

.Martin Shkreli on quantum computing, and why early Bitcoin addresses like Satoshi's are vulnerable: "Satoshi's keys are at risk. Binance and Coinbase's keys are not. They'll be ported in, most likely, to a quantum secure system."

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Can quantum computers really hack #Bitcoin? 🤔💻 With their insane power to break encryption and solve problems faster than ever, are blockchains at risk? Let’s dive into the quantum world and figure it out together with @KayIDot at #BlumAcademy

Can quantum computers really hack #Bitcoin? 🤔💻 With their insane power to break encryption and solve problems faster than ever, are blockchains at risk? Let’s dive into the quantum world and figure it out together with @KayIDot at #BlumAcademy

Blum

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Foreign intelligence agencies and cybercriminals are stealing encrypted government files, military communications, and sensitive data. They can't read most of it today—but they're saving it for tomorrow.😯 The strategy is called "Harvest Now, Decrypt Later." The goal is simple: steal the secrets now, then wait for quantum computers powerful enough to break today's encryption. Most of the internet relies on encryption that's effectively impossible for today's computers to crack. But quantum computers could solve certain mathematical problems dramatically faster than classical computers, potentially putting much of today's encryption at risk. 🤔 The countries that prepare first could gain a major cybersecurity advantage for decades to come.

Foreign intelligence agencies and cybercriminals are stealing encrypted government files, military communications, and sensitive data. They can't read most of it today—but they're saving it for tomorrow.😯 The strategy is called "Harvest Now, Decrypt Later." The goal is simple: steal the secrets now, then wait for quantum computers powerful enough to break today's encryption. Most of the internet relies on encryption that's effectively impossible for today's computers to crack. But quantum computers could solve certain mathematical problems dramatically faster than classical computers, potentially putting much of today's encryption at risk. 🤔 The countries that prepare first could gain a major cybersecurity advantage for decades to come.

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Microsoft and Atom Computing are coming together to ultimately build the world’s most powerful quantum machine. Learn more on how we are advancing the future of quantum computing: #AzureQuantum #MSIgnite

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Quantum computing has long been viewed as a transformative technology, but recent breakthroughs suggest its impact may arrive much sooner than expected. At the center of growing concern is the prospect of Q-Day—the moment when a sufficiently powerful quantum computer could crack the public-key encryption that underpins global banking, government communications, military networks, cryptocurrencies, and much of the modern internet. As advances in quantum hardware, error correction, and algorithms accelerate, governments and technology companies are racing to prepare for a post-quantum world. In this interview with Cris Sheridan on the IFA Life podcast, Woodley B. Preucil, CFA, Senior Managing Director at 13D Research & Strategy, discusses why the timeline for Q-Day may have compressed dramatically, the geopolitical competition driving investment in quantum technologies, and what the coming transition means for cybersecurity, national security, and investors. Listen to the full interview here: The interview is also available to 13D clients on our media page.

Quantum computing has long been viewed as a transformative technology, but recent breakthroughs suggest its impact may arrive much sooner than expected. At the center of growing concern is the prospect of Q-Day—the moment when a sufficiently powerful quantum computer could crack the public-key encryption that underpins global banking, government communications, military networks, cryptocurrencies, and much of the modern internet. As advances in quantum hardware, error correction, and algorithms accelerate, governments and technology companies are racing to prepare for a post-quantum world. In this interview with Cris Sheridan on the IFA Life podcast, Woodley B. Preucil, CFA, Senior Managing Director at 13D Research & Strategy, discusses why the timeline for Q-Day may have compressed dramatically, the geopolitical competition driving investment in quantum technologies, and what the coming transition means for cybersecurity, national security, and investors. Listen to the full interview here: The interview is also available to 13D clients on our media page.

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The future of quantum computing relies on overcoming errors. Quantum error correction is how we'll build reliable and scalable quantum systems. What excites you most about the potential of quantum error correction? #QuantumAI

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America is going (Q)uantum President Trump signs two quantum Executive Orders: 1. Protecting U.S. quantum research from foreign threats: Strengthens counterintelligence efforts (FBI and intelligence community) against espionage (e.g., by China). It also directs the Departments of Defense and Energy to build and host a quantum computer for scientific discovery and tasks Commerce with plans to expand federal investments in quantum companies. 2. Accelerating post-quantum cryptography (PQC) migration: Bolsters federal efforts to transition to quantum-resistant encryption standards to mitigate risks from future “Q-day” when powerful quantum computers could break current public-key cryptography.

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Today, I’m signing legislation and announcing new funding to drive California’s fusion and quantum sectors — keeping us at the forefront of global innovation. We’re leading the way in emerging technologies and building a workforce ready to deliver the next big breakthroughs.

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.Secretary Chris Wright: "We are driving two bold initiatives. First, an incentive-based competition to build and demonstrate the first scientifically-relevant Quantum computer by 2028—orders of magnitude more powerful than anything that exists today. Second, a national Quantum super computing user facility to house these technologies, partner with industry to build the workforce ready to harness them."

.Secretary Chris Wright: "We are driving two bold initiatives. First, an incentive-based competition to build and demonstrate the first scientifically-relevant Quantum computer by 2028—orders of magnitude more powerful than anything that exists today. Second, a national Quantum super computing user facility to house these technologies, partner with industry to build the workforce ready to harness them."

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A brand new instrument called the “quantum guitar” performed alongside one of the oldest instruments, the organ, at one of the most beautiful chapels in Oxford. Rakhat-Bi Abdyssagin and Bob Coecke (bOb cOeCke) performed Abdyssagin’s ‘Quantum Universe’ at Merton College. Watch via the link below.

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