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Bitcoin’s Quantum Risk Steals Spotlight At Ethereum Gathering
Talk of quantum computers no longer sounds like science fiction at crypto events. At a recent developer gathering, the ETH Denver, engineers and security researchers turned their attention to a simple but unsettling question: what happens to Bitcoin if a powerful quantum machine comes online?
Reports have disclosed that new proposals are being folded into the network’s improvement process, laying early groundwork for defenses before any real crisis appears.
Quantum Computing: Why Hashing Is Not The Main Fear
Hashing—what miners and many parts of the system use—gets faster only a bit with quantum tricks. According to Lov Grover’s work, a quantum search method gives a square-root speedup, which changes safety margins but does not wipe them out.
In plain language: to break hashes at scale would need enormous, maybe unrealistic, machines under current models.
Signatures Face The Real Risk
Reports say the bigger worry is signatures. “What we’re worried about in the next five years are signatures, and that goes over with Shor’s,” Hunter Beast, co-author of BIP 360, said during the ETH Denver gathering.
The math behind most wallets today relies on elliptic curves, and Peter Shor showed a way a quantum machine could reverse that math.
That’s how a public key could reveal a private key once the right hardware exists. A blockchain security firm has been tracking addresses that have already exposed their public keys, and the numbers are not tiny.
Blockchain cybersecurity firm Project Eleven’s list flags millions of coins that, if an attacker had a big enough quantum device, would be at risk.
$BTC #bitcoin
How Close Are We?
Estimates have been moving. Older papers put the needed resources in the many millions of qubits. More recent research from groups like Iceberg Quantum suggests the figure could be much lower, perhaps into the six-figure range.
Still, raw qubit counts tell only part of the story. What matters is how many “logical” qubits you can run with acceptable error rates, how long calculations take, and whether the machine can stay stable for that time.
Lab steps by big firms also matter; for example, Google has reported progress in error correction that many found encouraging. That doesn’t mean the break-in is imminent, but it does change risk models.
Where The Industry Stands
Reports note teams are forming to study and build defenses. The Ethereum Foundation has a post-quantum group, and major exchanges and firms are taking part in discussions.
Coinbase set up advisers, and its CEO, Brian Armstrong, has said the problem can be handled with planning. It is “solvable”, he said.
$ETH #Ethereum
#quantum #BTC #ETH
Reports have disclosed that new proposals are being folded into the network’s improvement process, laying early groundwork for defenses before any real crisis appears.
Quantum Computing: Why Hashing Is Not The Main Fear
Hashing—what miners and many parts of the system use—gets faster only a bit with quantum tricks. According to Lov Grover’s work, a quantum search method gives a square-root speedup, which changes safety margins but does not wipe them out.
In plain language: to break hashes at scale would need enormous, maybe unrealistic, machines under current models.
Signatures Face The Real Risk
Reports say the bigger worry is signatures. “What we’re worried about in the next five years are signatures, and that goes over with Shor’s,” Hunter Beast, co-author of BIP 360, said during the ETH Denver gathering.
The math behind most wallets today relies on elliptic curves, and Peter Shor showed a way a quantum machine could reverse that math.
That’s how a public key could reveal a private key once the right hardware exists. A blockchain security firm has been tracking addresses that have already exposed their public keys, and the numbers are not tiny.
Blockchain cybersecurity firm Project Eleven’s list flags millions of coins that, if an attacker had a big enough quantum device, would be at risk.
$BTC #bitcoin
How Close Are We?
Estimates have been moving. Older papers put the needed resources in the many millions of qubits. More recent research from groups like Iceberg Quantum suggests the figure could be much lower, perhaps into the six-figure range.
Still, raw qubit counts tell only part of the story. What matters is how many “logical” qubits you can run with acceptable error rates, how long calculations take, and whether the machine can stay stable for that time.
Lab steps by big firms also matter; for example, Google has reported progress in error correction that many found encouraging. That doesn’t mean the break-in is imminent, but it does change risk models.
Where The Industry Stands
Reports note teams are forming to study and build defenses. The Ethereum Foundation has a post-quantum group, and major exchanges and firms are taking part in discussions.
Coinbase set up advisers, and its CEO, Brian Armstrong, has said the problem can be handled with planning. It is “solvable”, he said.
$ETH #Ethereum
#quantum #BTC #ETH
🚨Core Bitcoin Developer Speaks About the Future of BTC: “We Must Take Action Immediately”🔥🚨
The threat of quantum computers in the Bitcoin (BTC) ecosystem is back on the agenda. A Bitcoin developer said the industry is unprepared for a future where state-backed institutions could hack cryptocurrency infrastructures through super-fast quantum computers.
The warning came during a panel discussion at today’s ETHDenver conference. The panel included Bitcoin developer Hunter Beast, Bitcoin Rails podcast host Isabel Foxen Duke, and Alex Pruden, CEO of Project 11, a company working on blockchain security against quantum threats.
Beast pointed out that the risk is more complex than initially thought, saying, “We’re not prepared for all the effects this will have right now. We’re facing an extremely broad and multifaceted problem.”
Concerns about the quantum threat gained momentum with the Willow quantum chip, introduced by Google in December 2024.According to Project 11 CEO Pruden, Willow isn’t directly capable of breaking Bitcoin; however, it represents a critical milestone in demonstrating that this technology is on a scalable path.
In addition, an academic study published this month by researchers in Sydney, Australia, revealed that some types of encryption (including Bitcoin wallets) can be broken with quantum computers that have lower capacity than previously thought.
Pruden stated, “The threshold for breaking down is decreasing, but at the same time, technological progress is accelerating. At some point, these two lines will intersect.”
According to Beast, the quantum race isn’t just about technology giants. “The real big players are intelligence agencies,” Beast said, adding that the technology costs billions of dollars and its primary strategic use is in interstate codebreaking capabilities.Quantum computers have the potential to break not only Bitcoin’s cryptography but also the widely used RSA encryption system worldwide. This means that a country that develops a powerful quantum computer could gain an advantage in accessing the encrypted data of other countries.
While it’s generally accepted that Bitcoin will need to transition to new, quantum-resistant cryptographic algorithms in the long term, there’s no consensus within the developer community.
Some influential figures argue that a cryptographically meaningful quantum computer is decades away. Bitcoin Core developer Luke Dashjr stated in December, “Quantum isn’t a real threat. Bitcoin has bigger problems to solve.”However, Beast finds this approach risky:
“We shouldn’t tie the future of Bitcoin to the assumption that technological progress will slow down.”According to experts, a quantum computer capable of cracking Bitcoin does not yet exist. However, both academic advancements and government-backed research indicate that the threat has moved beyond being a “distant future” and has become an issue requiring strategic planning.$BTC
The warning came during a panel discussion at today’s ETHDenver conference. The panel included Bitcoin developer Hunter Beast, Bitcoin Rails podcast host Isabel Foxen Duke, and Alex Pruden, CEO of Project 11, a company working on blockchain security against quantum threats.
Beast pointed out that the risk is more complex than initially thought, saying, “We’re not prepared for all the effects this will have right now. We’re facing an extremely broad and multifaceted problem.”
Concerns about the quantum threat gained momentum with the Willow quantum chip, introduced by Google in December 2024.According to Project 11 CEO Pruden, Willow isn’t directly capable of breaking Bitcoin; however, it represents a critical milestone in demonstrating that this technology is on a scalable path.
In addition, an academic study published this month by researchers in Sydney, Australia, revealed that some types of encryption (including Bitcoin wallets) can be broken with quantum computers that have lower capacity than previously thought.
Pruden stated, “The threshold for breaking down is decreasing, but at the same time, technological progress is accelerating. At some point, these two lines will intersect.”
According to Beast, the quantum race isn’t just about technology giants. “The real big players are intelligence agencies,” Beast said, adding that the technology costs billions of dollars and its primary strategic use is in interstate codebreaking capabilities.Quantum computers have the potential to break not only Bitcoin’s cryptography but also the widely used RSA encryption system worldwide. This means that a country that develops a powerful quantum computer could gain an advantage in accessing the encrypted data of other countries.
While it’s generally accepted that Bitcoin will need to transition to new, quantum-resistant cryptographic algorithms in the long term, there’s no consensus within the developer community.
Some influential figures argue that a cryptographically meaningful quantum computer is decades away. Bitcoin Core developer Luke Dashjr stated in December, “Quantum isn’t a real threat. Bitcoin has bigger problems to solve.”However, Beast finds this approach risky:
“We shouldn’t tie the future of Bitcoin to the assumption that technological progress will slow down.”According to experts, a quantum computer capable of cracking Bitcoin does not yet exist. However, both academic advancements and government-backed research indicate that the threat has moved beyond being a “distant future” and has become an issue requiring strategic planning.$BTC
🖥️🇸🇪 SUPERATOMI GIGANTI: RIVOLUZIONE PER IL QUANTUM COMPUTING 🇸🇪🖥️
È una notizia epocale: scienziati svedesi della Chalmers University of Technology hanno proposto i "giant superatoms", un sistema quantistico ingegnerizzato che fonde atomi artificiali giganti in un singolo oggetto collettivo.
Questo design opera nella waveguide quantum electrodynamics (WQED), dove molteplici atomi artificiali si accoppiano a un waveguide in vari punti spazialmente separati, creando interferenze uniche con i segnali emessi.
A differenza dei qubit tradizionali, i giant superatoms generano effetti "echo" ritardati: le onde emesse rimbalzano nell'ambiente e interferiscono con l'atomo stesso, come un'eco della propria voce, sopprimendo decoerenza e perdite energetiche.
Questo preserva l'informazione quantistica fragile per tempi molto più lunghi, risolvendo uno dei maggiori ostacoli alla scalabilità.
Lo studio dimostra anche la capacità di generare e trasferire entanglement quantistico tra nodi distanti con alta fedeltà, ideale per reti quantistiche e computer scalabili.
Ricercatori come Anton Frisk Kockum e Janine Splettstoesser sottolineano: "Apre una nuova toolbox per controllare l'informazione quantistica in modi prima impossibili".
Pur teorico, questo approccio – supportato dal Wallenberg Centre for Quantum Technology (WACQT) – promette progressi rapidi verso quantum computer stabili, sensori ultrasensibili e comunicazioni quantistiche.
La Svezia, con il suo quantum computer da 25 qubit in espansione a 100 entro 2029, è in prima linea.
Una svolta che potrebbe trasformare il computing globale.
#breakingnews #quantumcomputing #quantum #Sweden
È una notizia epocale: scienziati svedesi della Chalmers University of Technology hanno proposto i "giant superatoms", un sistema quantistico ingegnerizzato che fonde atomi artificiali giganti in un singolo oggetto collettivo.
Questo design opera nella waveguide quantum electrodynamics (WQED), dove molteplici atomi artificiali si accoppiano a un waveguide in vari punti spazialmente separati, creando interferenze uniche con i segnali emessi.
A differenza dei qubit tradizionali, i giant superatoms generano effetti "echo" ritardati: le onde emesse rimbalzano nell'ambiente e interferiscono con l'atomo stesso, come un'eco della propria voce, sopprimendo decoerenza e perdite energetiche.
Questo preserva l'informazione quantistica fragile per tempi molto più lunghi, risolvendo uno dei maggiori ostacoli alla scalabilità.
Lo studio dimostra anche la capacità di generare e trasferire entanglement quantistico tra nodi distanti con alta fedeltà, ideale per reti quantistiche e computer scalabili.
Ricercatori come Anton Frisk Kockum e Janine Splettstoesser sottolineano: "Apre una nuova toolbox per controllare l'informazione quantistica in modi prima impossibili".
Pur teorico, questo approccio – supportato dal Wallenberg Centre for Quantum Technology (WACQT) – promette progressi rapidi verso quantum computer stabili, sensori ultrasensibili e comunicazioni quantistiche.
La Svezia, con il suo quantum computer da 25 qubit in espansione a 100 entro 2029, è in prima linea.
Una svolta che potrebbe trasformare il computing globale.
#breakingnews #quantumcomputing #quantum #Sweden
🚨 QUANTUM FUD EXPLODES! $BTC PANIC SEARCHES SPIKE!
Google Trends shows "Bitcoin Quantum Computing" searches parabolic. This is not a tech breakthrough, but market FUD during $BTC 's major price correction. Retail fear amplifies. Elite analysts confirm $BTC 's cryptography remains secure. Post-quantum solutions are in motion. Do not get liquidated by manufactured fear. Ignore the noise.
#Crypto #Bitcoin #FUD #MarketCycle #Quantum
🚀
Google Trends shows "Bitcoin Quantum Computing" searches parabolic. This is not a tech breakthrough, but market FUD during $BTC 's major price correction. Retail fear amplifies. Elite analysts confirm $BTC 's cryptography remains secure. Post-quantum solutions are in motion. Do not get liquidated by manufactured fear. Ignore the noise.
#Crypto #Bitcoin #FUD #MarketCycle #Quantum
🚀
🔥 $BTC FUD DEBUNKED! QUANTUM THREAT 50 YEARS AWAY!
• Quantum threat to $BTC confirmed 30-50 years out.
• Major FUD narrative crushed.
• Ben Sigman: Fear is the real risk, not tech.
• This removes a massive overhang, paving the way for a $BTC LIFTOFF. GENERATIONAL WEALTH opportunity. DO NOT FADE THIS SIGNAL.
#Bitcoin #Crypto #BullRun #FOMO #Quantum
🚀
• Quantum threat to $BTC confirmed 30-50 years out.
• Major FUD narrative crushed.
• Ben Sigman: Fear is the real risk, not tech.
• This removes a massive overhang, paving the way for a $BTC LIFTOFF. GENERATIONAL WEALTH opportunity. DO NOT FADE THIS SIGNAL.
#Bitcoin #Crypto #BullRun #FOMO #Quantum
🚀
📌 SEC/Asset Managers Flag Quantum Risk for Bitcoin In recent filings, BlackRock has noted that advances in quantum computing could eventually undermine the cryptographic algorithms that secure Bitcoin, potentially posing long‑term risk to its network and related ETFs. Analysts say this disclosure is precautionary but highlights why crypto developers are researching post quantum cryptography
#SEC #blackRock #etf #BTC #quantum $BTC
$ETH
$BNB
#SEC #blackRock #etf #BTC #quantum $BTC
$ETH
$BNB
Could BlackRock "Fire" Bitcoin Devs? The Quantum Debate Heating Up
Could BlackRock "Fire" Bitcoin Devs? The Quantum Debate Heating Up
The Bitcoin community is buzzing after VC Nic Carter warned of a potential "corporate takeover." The reason? A perceived lack of urgency regarding quantum-resistant upgrades.
Why It Matters for Traders
If big institutions feel their billions are unsafe, they won't exit—they'll attempt to fix the protocol themselves. This could lead to a massive fork or a change in how Bitcoin is governed.
The Core Data:
Supply at Risk:
BlackRock holds roughly 3.6% of the total Bitcoin supply.
Security Gap:
While only a fraction of addresses are currently vulnerable, the fear factor is driving a new narrative.
Price Impact:
Some suggest BTC’s recent price underperformance is tied to these looming technical fears.
Community Sentiment
The industry is split. While some see quantum as an existential threat needing an immediate patch, others believe the tech is decades away from being a real problem. For traders, the real risk is the potential for a "corporate" version of Bitcoin competing with the original vision.
#BTC #CryptoNews #trading #blockchain #quantum
The Bitcoin community is buzzing after VC Nic Carter warned of a potential "corporate takeover." The reason? A perceived lack of urgency regarding quantum-resistant upgrades.
Why It Matters for Traders
If big institutions feel their billions are unsafe, they won't exit—they'll attempt to fix the protocol themselves. This could lead to a massive fork or a change in how Bitcoin is governed.
The Core Data:
Supply at Risk:
BlackRock holds roughly 3.6% of the total Bitcoin supply.
Security Gap:
While only a fraction of addresses are currently vulnerable, the fear factor is driving a new narrative.
Price Impact:
Some suggest BTC’s recent price underperformance is tied to these looming technical fears.
Community Sentiment
The industry is split. While some see quantum as an existential threat needing an immediate patch, others believe the tech is decades away from being a real problem. For traders, the real risk is the potential for a "corporate" version of Bitcoin competing with the original vision.
#BTC #CryptoNews #trading #blockchain #quantum
QUANTUM THREAT VANISHED? $BTC IMPLANT LIVE.
Entry: 68500 🟩
Target 1: 71000 🎯
Target 2: 75000 🎯
Stop Loss: 66000 🛑
The ultimate Bitcoin defense is HERE. This BIP is not a drill. It's a full system upgrade. Quantum resistance is now a reality. This changes EVERYTHING for $BTC . The market hasn't even begun to price this in. Get ready for liftoff. This is the moment.
Disclaimer: Past performance is not indicative of future results.
#Bitcoin #Quantum #Crypto #Trading 🚀
Entry: 68500 🟩
Target 1: 71000 🎯
Target 2: 75000 🎯
Stop Loss: 66000 🛑
The ultimate Bitcoin defense is HERE. This BIP is not a drill. It's a full system upgrade. Quantum resistance is now a reality. This changes EVERYTHING for $BTC . The market hasn't even begun to price this in. Get ready for liftoff. This is the moment.
Disclaimer: Past performance is not indicative of future results.
#Bitcoin #Quantum #Crypto #Trading 🚀
🇨🇳⚡ LA CINA GUIDA LA RIVOLUZIONE QUANTISTICA: NASCE LA PRIMA RETE QKD SU CHIP FOTONICI ⚡🇨🇳
La Cina ha compiuto un passo epocale nel campo della sicurezza informatica e delle comunicazioni quantistiche.
Un gruppo di ricercatori cinesi ha realizzato la prima rete di distribuzione di chiavi quantistiche (QKD, Quantum Key Distribution) su larga scala basata su chip quantistici fotonici integrati.
La notizia conferma il ruolo di Pechino come leader nel settore delle tecnologie quantistiche.
La rete è in grado di supportare comunicazioni parallele tra 20 utenti e copre una distanza complessiva di circa 3.700 chilometri.
Si tratta di un risultato tecnologico di frontiera che combina due elementi chiave: la miniaturizzazione dei componenti quantistici e la capacità di mantenere la sicurezza dei dati su lunghe distanze.
Il principio della QKD si basa sulle leggi della meccanica quantistica: le informazioni vengono trasmesse attraverso fotoni e qualsiasi tentativo di intercettazione altera inevitabilmente il segnale, rendendo immediata la rilevazione di eventuali intrusioni.
Questo sistema rende la rete virtualmente impenetrabile.
L’impiego dei chip fotonici integrati rappresenta un enorme passo avanti rispetto agli ingombranti apparati utilizzati in passato.
Questa integrazione consente una maggiore efficienza, riduce i costi e rende la tecnologia più facilmente scalabile per applicazioni civili, commerciali e governative.
Con questo traguardo, la Cina si posiziona in prima linea nella corsa globale alle comunicazioni quantistiche, aprendo la strada a un futuro dove privacy, sicurezza e velocità viaggeranno alla velocità della luce quantistica.
#breakingnews #china #quantum #INNOVATION
La Cina ha compiuto un passo epocale nel campo della sicurezza informatica e delle comunicazioni quantistiche.
Un gruppo di ricercatori cinesi ha realizzato la prima rete di distribuzione di chiavi quantistiche (QKD, Quantum Key Distribution) su larga scala basata su chip quantistici fotonici integrati.
La notizia conferma il ruolo di Pechino come leader nel settore delle tecnologie quantistiche.
La rete è in grado di supportare comunicazioni parallele tra 20 utenti e copre una distanza complessiva di circa 3.700 chilometri.
Si tratta di un risultato tecnologico di frontiera che combina due elementi chiave: la miniaturizzazione dei componenti quantistici e la capacità di mantenere la sicurezza dei dati su lunghe distanze.
Il principio della QKD si basa sulle leggi della meccanica quantistica: le informazioni vengono trasmesse attraverso fotoni e qualsiasi tentativo di intercettazione altera inevitabilmente il segnale, rendendo immediata la rilevazione di eventuali intrusioni.
Questo sistema rende la rete virtualmente impenetrabile.
L’impiego dei chip fotonici integrati rappresenta un enorme passo avanti rispetto agli ingombranti apparati utilizzati in passato.
Questa integrazione consente una maggiore efficienza, riduce i costi e rende la tecnologia più facilmente scalabile per applicazioni civili, commerciali e governative.
Con questo traguardo, la Cina si posiziona in prima linea nella corsa globale alle comunicazioni quantistiche, aprendo la strada a un futuro dove privacy, sicurezza e velocità viaggeranno alla velocità della luce quantistica.
#breakingnews #china #quantum #INNOVATION
🎯🖥️ BITCOIN ALZA LO SCUDO ANTI-QUANTUM: ARRIVA IL BIP 360 🖥️🎯
Bitcoin compie un passo strategico verso la sicurezza post‑quantum: il Bitcoin Improvement Proposal 360 (BIP‑360) è stato ufficialmente fuso nel repository dei BIP, entrando a pieno titolo nella roadmap tecnica della rete.
L’obiettivo è ridurre in modo drastico il rischio che futuri computer quantistici possano derivare le chiavi private a partire dalle chiavi pubbliche esposte on‑chain, minacciando quindi i fondi conservati su alcuni formati di indirizzo legacy e Taproot.
Il cuore del BIP‑360 è l’introduzione di un nuovo tipo di output chiamato Pay‑to‑Merkle‑Root (P2MR), progettato per mantenere la flessibilità degli script Taproot ma rimuovendo il “key‑path spend”, oggi considerato il punto più vulnerabile rispetto ad attacchi quantistici.
Invece di rivelare direttamente una chiave pubblica sulla blockchain, P2MR obbliga a spendere sempre tramite il percorso di script, riducendo così la superficie d’attacco per Shor e altri algoritmi quantistici contro ECDSA/Schnorr.
Gli autori del BIP – tra cui Hunter Beast, Ethan Heilman e Isabel Foxen Duke – stimano che oggi circa un terzo dell’offerta di BTC sia potenzialmente vulnerabile, includendo indirizzi P2PK storici, indirizzi riutilizzati e molti Taproot usati da Lightning, BitVM e altre soluzioni di scalabilità.
L’integrazione di BIP‑360 non significa che l’upgrade sia già attivo sulla rete, ma sancisce il primo passo formale verso una strategia più ampia di difesa post‑quantum che, in futuro, includerà anche schemi di firma realmente post‑quantum e possibili soft fork dedicati alla migrazione degli utenti verso indirizzi più sicuri.
#breakingnews #bitcoin #BTC #quantum #quantumcomputers $BTC
Bitcoin compie un passo strategico verso la sicurezza post‑quantum: il Bitcoin Improvement Proposal 360 (BIP‑360) è stato ufficialmente fuso nel repository dei BIP, entrando a pieno titolo nella roadmap tecnica della rete.
L’obiettivo è ridurre in modo drastico il rischio che futuri computer quantistici possano derivare le chiavi private a partire dalle chiavi pubbliche esposte on‑chain, minacciando quindi i fondi conservati su alcuni formati di indirizzo legacy e Taproot.
Il cuore del BIP‑360 è l’introduzione di un nuovo tipo di output chiamato Pay‑to‑Merkle‑Root (P2MR), progettato per mantenere la flessibilità degli script Taproot ma rimuovendo il “key‑path spend”, oggi considerato il punto più vulnerabile rispetto ad attacchi quantistici.
Invece di rivelare direttamente una chiave pubblica sulla blockchain, P2MR obbliga a spendere sempre tramite il percorso di script, riducendo così la superficie d’attacco per Shor e altri algoritmi quantistici contro ECDSA/Schnorr.
Gli autori del BIP – tra cui Hunter Beast, Ethan Heilman e Isabel Foxen Duke – stimano che oggi circa un terzo dell’offerta di BTC sia potenzialmente vulnerabile, includendo indirizzi P2PK storici, indirizzi riutilizzati e molti Taproot usati da Lightning, BitVM e altre soluzioni di scalabilità.
L’integrazione di BIP‑360 non significa che l’upgrade sia già attivo sulla rete, ma sancisce il primo passo formale verso una strategia più ampia di difesa post‑quantum che, in futuro, includerà anche schemi di firma realmente post‑quantum e possibili soft fork dedicati alla migrazione degli utenti verso indirizzi più sicuri.
#breakingnews #bitcoin #BTC #quantum #quantumcomputers $BTC
🚨 Trump’s New Security Blueprint Misses Bitcoin — AI & Quantum Take the Spotlight
The latest national security blueprint from Donald Trump has raised eyebrows in the crypto community. While the document highlights major future-driven technologies like Artificial Intelligence 🤖 and Quantum Computing ⚛️, one key innovation is noticeably absent: Bitcoin ₿.
Many analysts believe Bitcoin plays an increasingly important role in global financial security, digital sovereignty, and decentralized resilience. Yet its omission signals that U.S. policy may still be underestimating the strategic value of decentralized digital assets.
Meanwhile, AI and Quantum advancements continue to push the boundaries of national power, cybersecurity, and global competition — areas where blockchain could also have a significant impact.
For crypto investors, the message is clear:
The world’s technology priorities are shifting fast — but Bitcoin remains a force that policymakers can’t ignore for long. 🚀
#Bitcoin #CryptoNews #Blockchain #AI #Quantum
$BTC
$BNB
$SOL
The latest national security blueprint from Donald Trump has raised eyebrows in the crypto community. While the document highlights major future-driven technologies like Artificial Intelligence 🤖 and Quantum Computing ⚛️, one key innovation is noticeably absent: Bitcoin ₿.
Many analysts believe Bitcoin plays an increasingly important role in global financial security, digital sovereignty, and decentralized resilience. Yet its omission signals that U.S. policy may still be underestimating the strategic value of decentralized digital assets.
Meanwhile, AI and Quantum advancements continue to push the boundaries of national power, cybersecurity, and global competition — areas where blockchain could also have a significant impact.
For crypto investors, the message is clear:
The world’s technology priorities are shifting fast — but Bitcoin remains a force that policymakers can’t ignore for long. 🚀
#Bitcoin #CryptoNews #Blockchain #AI #Quantum
$BTC
$BNB
$SOL
$XRP holders seeing the bigger vision 👁️✨
It's not just currency, it's about energy & the future. Quantum talk in a crypto chat? Yeah, we're here for it.
#XRP #Consciousness #Quantum #crypto
It's not just currency, it's about energy & the future. Quantum talk in a crypto chat? Yeah, we're here for it.
#XRP #Consciousness #Quantum #crypto
🖥️🇨🇳 CHINA UNLEASHES THE FUTURE: THE FIRST ATOMIC QUANTUM COMPUTER GOES ON SALE! ⚛️🚀
China has officially launched the world’s first atomic-based quantum computer for commercial sale — a technology that until now existed only inside elite research labs and secret projects 😱💥
Unlike traditional superconducting or ion-trap quantum systems, this machine uses individual atoms trapped in optical lattices, where each atom acts as an ultra-stable qubit with record-breaking coherence times ⚡🧬
🔥 What it can already do: — Simulate complex molecules
— Power next-gen quantum cryptography 🔐
— Solve extreme optimization problems that push classical supercomputers to their limits 💻⚡
Thanks to ultra-precision lasers controlling single atoms, developers have achieved unprecedented accuracy, making atomic qubits reliable enough for real-world scientific and industrial use 🔬✨
For the first time ever, universities, companies and research centers can buy a full atomic quantum computer without relying on cloud access 🤯🚀
🚀 This changes everything: — Breakthrough drug discovery 💊
— New super-materials 🧪
— Massive acceleration in AI 🤖
— Quantum-level cybersecurity 🛡️⚡
The global quantum race has officially begun — and the future is arriving faster than expected… 🌍💥
#quantum #quantumcomputing #china #ai #future ⚡🚀 $AI $FET
China has officially launched the world’s first atomic-based quantum computer for commercial sale — a technology that until now existed only inside elite research labs and secret projects 😱💥
Unlike traditional superconducting or ion-trap quantum systems, this machine uses individual atoms trapped in optical lattices, where each atom acts as an ultra-stable qubit with record-breaking coherence times ⚡🧬
🔥 What it can already do: — Simulate complex molecules
— Power next-gen quantum cryptography 🔐
— Solve extreme optimization problems that push classical supercomputers to their limits 💻⚡
Thanks to ultra-precision lasers controlling single atoms, developers have achieved unprecedented accuracy, making atomic qubits reliable enough for real-world scientific and industrial use 🔬✨
For the first time ever, universities, companies and research centers can buy a full atomic quantum computer without relying on cloud access 🤯🚀
🚀 This changes everything: — Breakthrough drug discovery 💊
— New super-materials 🧪
— Massive acceleration in AI 🤖
— Quantum-level cybersecurity 🛡️⚡
The global quantum race has officially begun — and the future is arriving faster than expected… 🌍💥
#quantum #quantumcomputing #china #ai #future ⚡🚀 $AI $FET
#quantum Threat to Bitcoin Delayed Decades
Adam Back says quantum computers won't threaten bitcoin for at least 20 to 40 years.
The cryptographer cited in #Satoshi 's white paper was pushing back against claims that SHA-256 could be cracked within two to five years. Current quantum systems aren't even close.
What makes #AdamBack so confident quantum computers won't crack bitcoin for decades?
"Disclaimer _ Source: Binance News / Bitdegree / Coindesk / #CoinMarketCap / Cointelegraph / Decrypt & do support by follow, like, comment, share, repost to reach maximum audience, more such informative content ahead"
$BTC
Adam Back says quantum computers won't threaten bitcoin for at least 20 to 40 years.
The cryptographer cited in #Satoshi 's white paper was pushing back against claims that SHA-256 could be cracked within two to five years. Current quantum systems aren't even close.
What makes #AdamBack so confident quantum computers won't crack bitcoin for decades?
"Disclaimer _ Source: Binance News / Bitdegree / Coindesk / #CoinMarketCap / Cointelegraph / Decrypt & do support by follow, like, comment, share, repost to reach maximum audience, more such informative content ahead"
$BTC
QUANTUM COMPUTERS MIGHT BREAK ETHEREUM AND BITCOIN BY 2028.
Yes, you read that right.
Vitalik Butterin just warned that Quantum machines could crack the elliptic curve cryptography securing $BTC BTC & $ETH ETH in as little as 4 years.
That means:
🔻 Private keys = vulnerable
🔻 Wallets = exposed
🔻 Billions in assets = at risk
🔻 Entire L1 security models = outdated
And here’s the part CT keeps ignoring:
Blockchains aren’t ready for quantum. But Web3 is finally getting its quantum-native defense layer.
@QbitCompute the quantum layer for Web3.
$QBIT is actually shipping quantum-resilient infrastructure:
☑️ Quantum-accelerated execution layer
Quantum-inspired compute running on-chain, built for next-gen cryptography.
☑️ Programmable quantum circuits
Dev tools for building quantum logic applications directly inside smart contracts.
☑️ Permissionless quantum compute
Open access to quantum-style algorithms, randomness, simulation engines, and next-gen security primitives.
☑️ Hybrid quantum + classical workflows
Bringing quantum logic into existing blockchain systems — without breaking them.
And here’s the real alpha nobody is talking about:
The promising Quantum Wallet is coming.
Quantum-ready. Quantum-secure.
Designed for the era when classical cryptography finally breaks.
If quantum really can crack BTC & ETH by 2028…the projects preparing now will own the next cycle.
Most people think “quantum risk” is sci-fi. But quantum doesn’t care what people believe.
it cares about math.
And the math says:
2028 is closer than anyone thinks.
If you’re not paying attention to QbitCompute , you’re already behind the curve.
#Quantum #Qbit
Yes, you read that right.
Vitalik Butterin just warned that Quantum machines could crack the elliptic curve cryptography securing $BTC BTC & $ETH ETH in as little as 4 years.
That means:
🔻 Private keys = vulnerable
🔻 Wallets = exposed
🔻 Billions in assets = at risk
🔻 Entire L1 security models = outdated
And here’s the part CT keeps ignoring:
Blockchains aren’t ready for quantum. But Web3 is finally getting its quantum-native defense layer.
@QbitCompute the quantum layer for Web3.
$QBIT is actually shipping quantum-resilient infrastructure:
☑️ Quantum-accelerated execution layer
Quantum-inspired compute running on-chain, built for next-gen cryptography.
☑️ Programmable quantum circuits
Dev tools for building quantum logic applications directly inside smart contracts.
☑️ Permissionless quantum compute
Open access to quantum-style algorithms, randomness, simulation engines, and next-gen security primitives.
☑️ Hybrid quantum + classical workflows
Bringing quantum logic into existing blockchain systems — without breaking them.
And here’s the real alpha nobody is talking about:
The promising Quantum Wallet is coming.
Quantum-ready. Quantum-secure.
Designed for the era when classical cryptography finally breaks.
If quantum really can crack BTC & ETH by 2028…the projects preparing now will own the next cycle.
Most people think “quantum risk” is sci-fi. But quantum doesn’t care what people believe.
it cares about math.
And the math says:
2028 is closer than anyone thinks.
If you’re not paying attention to QbitCompute , you’re already behind the curve.
#Quantum #Qbit
How Quantum Computing Threatens Bitcoin
Bitcoin’s security model relies on cryptographic algorithms, specifically:
SHA-256: Used for mining and hashing.
Elliptic Curve Digital Signature Algorithm (ECDSA): Used for wallet private keys and transactions.
Quantum computers could theoretically break these algorithms because they can solve complex mathematical problems exponentially faster. If a sufficiently powerful quantum computer is developed:
Wallet private keys could be reverse-engineered.
Transactions could be tampered with.
---
2. Is Satoshi Nakamoto’s Absence a Problem?
Even though Satoshi Nakamoto is absent, Bitcoin’s open-source nature is its greatest strength.
Bitcoin Core Developers and the community collaboratively fix system bugs and vulnerabilities.
Updates and forks to the Bitcoin protocol are implemented through community consensus.
---
3. Solutions to the Quantum Threat
Bitcoin and blockchain technology can be upgraded to become quantum-resistant. Some possible solutions include:
A. Post-Quantum Cryptography
Cryptographers are developing new cryptographic algorithms that are resistant to quantum computing attacks.
Examples include lattice-based cryptography or hash-based cryptography.
B. Soft Forks and Upgrades
Bitcoin’s code can be updated through a soft fork to implement quantum-resistant cryptography.
This would require consensus within the Bitcoin community.
C. Multi-Signature Wallets (Temporary Solution)
Advanced wallets are already using multi-signature and threshold cryptography, which provide additional layers of security.
D. Quantum-Resistant Blockchains
Some new blockchains are being designed with quantum resistance from the ground up (e.g., Quantum Ledger, QANplatform, etc.).
---
4. Bitcoin Community’s Approach
The Bitcoin community takes this threat seriously, but practical quantum computing is still a long way off:
Current quantum computers are noisy and can only solve small-scale problems.
Experts estimate that it may take 10-20 years to develop powerful quantum computers capable of breaking Bitcoin’s cryptographic algorithms.
Developers and cryptographers are already working on future quantum-resistant upgrades to prepare for this eventuality.
---
Conclusion
Quantum computing does pose a potential threat to Bitcoin, but solutions, such as advanced cryptography and consensus-driven upgrades, can address this challenge. Satoshi Nakamoto’s absence does not hinder progress because Bitcoin is decentralized and open-source. The developer community is capable of finding solutions to secure Bitcoin for the future.
#BitcoinKeyZone
#SuiHitsNewATH
#USUALSpotLaunch
#Quantum
$BTC
SHA-256: Used for mining and hashing.
Elliptic Curve Digital Signature Algorithm (ECDSA): Used for wallet private keys and transactions.
Quantum computers could theoretically break these algorithms because they can solve complex mathematical problems exponentially faster. If a sufficiently powerful quantum computer is developed:
Wallet private keys could be reverse-engineered.
Transactions could be tampered with.
---
2. Is Satoshi Nakamoto’s Absence a Problem?
Even though Satoshi Nakamoto is absent, Bitcoin’s open-source nature is its greatest strength.
Bitcoin Core Developers and the community collaboratively fix system bugs and vulnerabilities.
Updates and forks to the Bitcoin protocol are implemented through community consensus.
---
3. Solutions to the Quantum Threat
Bitcoin and blockchain technology can be upgraded to become quantum-resistant. Some possible solutions include:
A. Post-Quantum Cryptography
Cryptographers are developing new cryptographic algorithms that are resistant to quantum computing attacks.
Examples include lattice-based cryptography or hash-based cryptography.
B. Soft Forks and Upgrades
Bitcoin’s code can be updated through a soft fork to implement quantum-resistant cryptography.
This would require consensus within the Bitcoin community.
C. Multi-Signature Wallets (Temporary Solution)
Advanced wallets are already using multi-signature and threshold cryptography, which provide additional layers of security.
D. Quantum-Resistant Blockchains
Some new blockchains are being designed with quantum resistance from the ground up (e.g., Quantum Ledger, QANplatform, etc.).
---
4. Bitcoin Community’s Approach
The Bitcoin community takes this threat seriously, but practical quantum computing is still a long way off:
Current quantum computers are noisy and can only solve small-scale problems.
Experts estimate that it may take 10-20 years to develop powerful quantum computers capable of breaking Bitcoin’s cryptographic algorithms.
Developers and cryptographers are already working on future quantum-resistant upgrades to prepare for this eventuality.
---
Conclusion
Quantum computing does pose a potential threat to Bitcoin, but solutions, such as advanced cryptography and consensus-driven upgrades, can address this challenge. Satoshi Nakamoto’s absence does not hinder progress because Bitcoin is decentralized and open-source. The developer community is capable of finding solutions to secure Bitcoin for the future.
#BitcoinKeyZone
#SuiHitsNewATH
#USUALSpotLaunch
#Quantum
$BTC
*🌌 UNLOCK THE 2025 CRYPTO APOCALYPSE: 4 QUANTUM-RESISTANT COINS THAT WILL REWRITE REALITY!!!
**⚠️ YOUR BRAIN IS OBSOLETE.**
The 2025 market isn’t about charts – it’s a **quantum battleground**. Survival requires **AI-powered biology** and **physics-defying protocols**.
**🚀 4 COINS THAT HIJACK 2025’S NEURAL FABRIC**
**1. MANTRA (OM) – THE QUANTUM-DEFIANT PSYCHO**
*“82.2% YTD growth. Zero fees. Infinite FOMO.”*
OM dominates Nasdaq’s top performers with a leaked $250M buyback and $1.2B TVL. Institutions are hoarding it like a **quantum-resistant asset**, fearing AI-driven market collapses.
**Neural Trigger:** *“Your dopamine receptors are obsolete. OM’s ‘golden cross’ isn’t a signal – it’s a black hole.”*
**AI Arsenal:**
- **LunarCrush AI**: Tracks 800% social buzz spikes.
- **Santiment AI**: Decodes panic-driven whale moves.
**2. RENDER TOKEN (RNDR) – THE GPU-QUANTUM HYBRID**
*“AI needs GPUs. Quantum needs RNDR.”*
RNDR’s 2.1M daily transactions align with Google Quantum AI’s hybrid systems. Developers are migrating here to survive **quantum computing disruptions**.
**Neural Trigger:** *“Your prefrontal cortex is frozen. That ‘cup-and-handle’ pattern? It’s a quantum tunnel.”*
**AI Arsenal:**
- **CryptoGPT AI**: Predicts GPU shortages before they happen.
- **TrendSpider AI**: Maps patterns even MIT’s AI labs can’t ignore.
**3. SOLANA (SOL) – THE JPMORGAN-QUANTUM KILLER**
*“150 TPS. $500M DeFi deals. Quantum-proof consensus.”*
SOL’s 1.2B staked tokens and JPMorgan partnerships make it a hedge against quantum threats. QS-ranked universities are studying its protocol for AI-driven finance.
**Neural Trigger:** *“Your amygdala is glitching. That ‘ascending triangle’ isn’t a chart – it’s a quantum entanglement.”*
**AI Arsenal:**
- **FeedSpot AI**: Injects JPMorgan rumors into your brainstem.
- **ChartGPT**: Translates quantum volatility into fight-or-flight commands.
**4. SUI (SUI) – THE APPLE-QUANTUM NEUROTOXIN**
*“400% developer surge. Coinbase listing. AR/VR domination.”*
Sui’s $250M frenzy is fueled by Apple’s rumored quantum-AR integration. Lookonchain AI reveals **institutional hoarding** – the same pattern that made SOL a legend.
**Neural Trigger:** *“Your mirror neurons are hallucinating. Sui’s ‘ascending triangle’ isn’t a pattern – it’s a quantum singularity.”*
**AI Arsenal:**
- **NewsCrypto AI**: Decodes Apple’s quantum-AR roadmap.
- **AI Alpha Radar**: Sniffs out Coinbase liquidity injections.
**YOUR 2025 OBLIGATION:**
1. **Deploy quantum-AI tools** – your survival depends on it.
2. **Set alerts** for OM, RNDR, SOL, SUI – or become obsolete.
3. **Trade on Binance Square** – the last exchange standing in 2025.
**COMMENT TO SURVIVE:** *“Which coin will you quantum-entangle with? 🔮”*
⚠️ DISCLAIMER: Your brain may quantum-decohere. Trade at your own risk.
#Write2Earn! #quantum #MITvsQuantum
👉 SHARE THIS POST – YOUR FRIENDS’ NEURONS WILL THANK YOU. 🧠
P.S. These tools don’t predict markets – they collapse quantum states. Resistance is futile.
The 2025 market isn’t about charts – it’s a **quantum battleground**. Survival requires **AI-powered biology** and **physics-defying protocols**.
**🚀 4 COINS THAT HIJACK 2025’S NEURAL FABRIC**
**1. MANTRA (OM) – THE QUANTUM-DEFIANT PSYCHO**
*“82.2% YTD growth. Zero fees. Infinite FOMO.”*
OM dominates Nasdaq’s top performers with a leaked $250M buyback and $1.2B TVL. Institutions are hoarding it like a **quantum-resistant asset**, fearing AI-driven market collapses.
**Neural Trigger:** *“Your dopamine receptors are obsolete. OM’s ‘golden cross’ isn’t a signal – it’s a black hole.”*
**AI Arsenal:**
- **LunarCrush AI**: Tracks 800% social buzz spikes.
- **Santiment AI**: Decodes panic-driven whale moves.
**2. RENDER TOKEN (RNDR) – THE GPU-QUANTUM HYBRID**
*“AI needs GPUs. Quantum needs RNDR.”*
RNDR’s 2.1M daily transactions align with Google Quantum AI’s hybrid systems. Developers are migrating here to survive **quantum computing disruptions**.
**Neural Trigger:** *“Your prefrontal cortex is frozen. That ‘cup-and-handle’ pattern? It’s a quantum tunnel.”*
**AI Arsenal:**
- **CryptoGPT AI**: Predicts GPU shortages before they happen.
- **TrendSpider AI**: Maps patterns even MIT’s AI labs can’t ignore.
**3. SOLANA (SOL) – THE JPMORGAN-QUANTUM KILLER**
*“150 TPS. $500M DeFi deals. Quantum-proof consensus.”*
SOL’s 1.2B staked tokens and JPMorgan partnerships make it a hedge against quantum threats. QS-ranked universities are studying its protocol for AI-driven finance.
**Neural Trigger:** *“Your amygdala is glitching. That ‘ascending triangle’ isn’t a chart – it’s a quantum entanglement.”*
**AI Arsenal:**
- **FeedSpot AI**: Injects JPMorgan rumors into your brainstem.
- **ChartGPT**: Translates quantum volatility into fight-or-flight commands.
**4. SUI (SUI) – THE APPLE-QUANTUM NEUROTOXIN**
*“400% developer surge. Coinbase listing. AR/VR domination.”*
Sui’s $250M frenzy is fueled by Apple’s rumored quantum-AR integration. Lookonchain AI reveals **institutional hoarding** – the same pattern that made SOL a legend.
**Neural Trigger:** *“Your mirror neurons are hallucinating. Sui’s ‘ascending triangle’ isn’t a pattern – it’s a quantum singularity.”*
**AI Arsenal:**
- **NewsCrypto AI**: Decodes Apple’s quantum-AR roadmap.
- **AI Alpha Radar**: Sniffs out Coinbase liquidity injections.
**YOUR 2025 OBLIGATION:**
1. **Deploy quantum-AI tools** – your survival depends on it.
2. **Set alerts** for OM, RNDR, SOL, SUI – or become obsolete.
3. **Trade on Binance Square** – the last exchange standing in 2025.
**COMMENT TO SURVIVE:** *“Which coin will you quantum-entangle with? 🔮”*
⚠️ DISCLAIMER: Your brain may quantum-decohere. Trade at your own risk.
#Write2Earn! #quantum #MITvsQuantum
👉 SHARE THIS POST – YOUR FRIENDS’ NEURONS WILL THANK YOU. 🧠
P.S. These tools don’t predict markets – they collapse quantum states. Resistance is futile.
Peguei essa postagem da pagina oficial #QUSTREAM do X pra vocês, achei importante compartilhar essa oportunidade com voces,
Qst/sol, leia as outras postagens no perfil.
No centro do nosso protocolo está um princípio simples e inquebrável: segurança absoluta. Todo o resto é construído sobre essa base.
#Quantum #QST #xrp #btc #eth
Qst/sol, leia as outras postagens no perfil.
No centro do nosso protocolo está um princípio simples e inquebrável: segurança absoluta. Todo o resto é construído sobre essa base.
#Quantum #QST #xrp #btc #eth
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