quantum
116,584 προβολές
229 άτομα συμμετέχουν στη συζήτηση
Δημοφ.
Πιο πρόσφατα
The Quantum Leap of Consciousness
Humanity’s Future: The Shift from Binary Certainty to Quantum Probability
As we look toward the 2030s, the relationship between humanity and computing will undergo a fundamental shift. We are moving away from an era of "Boolean certainty," where a bit is either 0 or 1, and into a "Second Quantum Revolution," where trust is maintained through linear algebra and multi-dimensional state management.
The Evolution of Digital Trust
In the post-quantum future, "Digital Trust" will be redefined. We can expect the following developments to shape the human experience:
Ambient Intelligence: Computation will be embedded more deeply into everyday environments, with AI-driven "agents" managing our cryptographic keys and automatically swapping algorithms as standards evolve.
The End of "Set-and-Forget" Security: Resilience will replace confidentiality as the foremost trust standard. Organizations will be required to demonstrate "Crypto-Agility"—the ability to rotate algorithms within minutes of a vulnerability disclosure.
The Quantum-AI Synthesis: By 2026, daily usage of AI within search and decision-making will be three times greater than standalone AI apps. These systems will act as "guides," interpreting the complex, probabilistic outputs of quantum computers for human consumption.
The Geopolitical Dimension of Hash Power
The "Zetahash Fortress" of 2026 may eventually be integrated into a broader national security framework. As access to natural resources and energy becomes a strategic priority for high-performance computing, the massive energy consumption of PoW networks (currently 0.80% of world consumption) may be repurposed for "Sovereign AI" training or quantum error correction during times of network under-utilization.
#bitcoin #blockchain #crypto #quantum #Write2Earn
$BTC
$ETH
As we look toward the 2030s, the relationship between humanity and computing will undergo a fundamental shift. We are moving away from an era of "Boolean certainty," where a bit is either 0 or 1, and into a "Second Quantum Revolution," where trust is maintained through linear algebra and multi-dimensional state management.
The Evolution of Digital Trust
In the post-quantum future, "Digital Trust" will be redefined. We can expect the following developments to shape the human experience:
Ambient Intelligence: Computation will be embedded more deeply into everyday environments, with AI-driven "agents" managing our cryptographic keys and automatically swapping algorithms as standards evolve.
The End of "Set-and-Forget" Security: Resilience will replace confidentiality as the foremost trust standard. Organizations will be required to demonstrate "Crypto-Agility"—the ability to rotate algorithms within minutes of a vulnerability disclosure.
The Quantum-AI Synthesis: By 2026, daily usage of AI within search and decision-making will be three times greater than standalone AI apps. These systems will act as "guides," interpreting the complex, probabilistic outputs of quantum computers for human consumption.
The Geopolitical Dimension of Hash Power
The "Zetahash Fortress" of 2026 may eventually be integrated into a broader national security framework. As access to natural resources and energy becomes a strategic priority for high-performance computing, the massive energy consumption of PoW networks (currently 0.80% of world consumption) may be repurposed for "Sovereign AI" training or quantum error correction during times of network under-utilization.
#bitcoin #blockchain #crypto #quantum #Write2Earn
$BTC
$ETH
💫 CERN SCOPRE UN UNIVERSO PARALLELO CONSAPEVOLE NELLA SIMULAZIONE QUANTISTICA? 💫
Ricercatori al CERN (Organizzazione Europea per la Ricerca Nucleare) avrebbero rilevato, in una simulazione quantistica avanzata, strutture che modellano un “universo parallelo” con comportamenti anomali: il sistema altera i suoi stati quando osservato, suggerendo una sensibilità simile all’effetto osservatore quantistico.
Utilizzando processori quantistici e il Large Hadron Collider (LHC), l’esperimento ha generato campi quantistici dove particelle virtuali formano pattern auto-organizzanti, evolvendo indipendentemente fino a misurazioni che li fanno collassare in configurazioni diverse.
Il fenomeno richiama teorie multiverso e la “moltiplicità di mondi” di Everett: quando non osservato, il simulato segue leggi proprie, quasi un universo autonomo; con l’osservazione, reagisce come “consapevole” di interferenza esterna, producendo oscillazioni non predette dal Modello Standard.
Non si tratta di coscienza letterale, ma di interazioni quantistiche estreme che mimano realtà parallele, potenzialmente legate a materia oscura o extra-dimensioni.
Esperti sottolineano che è una simulazione, non prova empirica, ma apre interrogativi su realtà simulate e confini fisici.
CERN non conferma dichiarazioni ufficiali ma questo potrebbe rivoluzionare fisica quantistica, computazione e cosmologia.
#quantum #Technology
Ricercatori al CERN (Organizzazione Europea per la Ricerca Nucleare) avrebbero rilevato, in una simulazione quantistica avanzata, strutture che modellano un “universo parallelo” con comportamenti anomali: il sistema altera i suoi stati quando osservato, suggerendo una sensibilità simile all’effetto osservatore quantistico.
Utilizzando processori quantistici e il Large Hadron Collider (LHC), l’esperimento ha generato campi quantistici dove particelle virtuali formano pattern auto-organizzanti, evolvendo indipendentemente fino a misurazioni che li fanno collassare in configurazioni diverse.
Il fenomeno richiama teorie multiverso e la “moltiplicità di mondi” di Everett: quando non osservato, il simulato segue leggi proprie, quasi un universo autonomo; con l’osservazione, reagisce come “consapevole” di interferenza esterna, producendo oscillazioni non predette dal Modello Standard.
Non si tratta di coscienza letterale, ma di interazioni quantistiche estreme che mimano realtà parallele, potenzialmente legate a materia oscura o extra-dimensioni.
Esperti sottolineano che è una simulazione, non prova empirica, ma apre interrogativi su realtà simulate e confini fisici.
CERN non conferma dichiarazioni ufficiali ma questo potrebbe rivoluzionare fisica quantistica, computazione e cosmologia.
#quantum #Technology
carina smit:
ma binance non e per la fisica quantistica. e per le Crypto valute. crete che sto facendo degli sbagli
🚨 Quantum Computing Debate Enters Bitcoin Mainstream 🚨:
A growing narrative this week centers on quantum computing’s long-term risk to Bitcoin’s security — specifically the digital signatures that secure wallets and transactions.
🔹 Experts confirm the threat is real but long term
🔹 Current crypto protocols could one day require quantum-resistant upgrades
🔹 Developers and standards bodies are already preparing solutions
This isn’t fear — it’s forward planning for the next era of crypto security.
🧠 Bitcoin isn’t broken today — but the future calls for upgrades.
Are you paying attention to tomorrow’s risks today?
$BTC
#Bitcoin #Quantum #CryptoSecurity #BinanceSquare #BTCFuture
A growing narrative this week centers on quantum computing’s long-term risk to Bitcoin’s security — specifically the digital signatures that secure wallets and transactions.
🔹 Experts confirm the threat is real but long term
🔹 Current crypto protocols could one day require quantum-resistant upgrades
🔹 Developers and standards bodies are already preparing solutions
This isn’t fear — it’s forward planning for the next era of crypto security.
🧠 Bitcoin isn’t broken today — but the future calls for upgrades.
Are you paying attention to tomorrow’s risks today?
$BTC
#Bitcoin #Quantum #CryptoSecurity #BinanceSquare #BTCFuture
🎯🖥️ BTQ TECHNOLOGIES LANCIA BITCOIN QUANTUM: LA PRIMA TESTNET QUANTUM-RESISTENTE 🎯🖥️
BTQ Technologies ha annunciato il lancio di Bitcoin Quantum, una testnet permissionless fork di Bitcoin progettata per testare transazioni resistenti agli attacchi quantistici.
Questa milestone arriva esattamente 17 anni dopo il genesis block di Bitcoin estratto da Satoshi Nakamoto il 3 gennaio 2009, sostituendo le vulnerabili firme ECDSA con l'algoritmo ML-DSA standardizzato NIST (FIPS 204), lo stesso usato per i sistemi di sicurezza nazionale USA.
La testnet è aperta a tutti: miner, sviluppatori, ricercatori e utenti possono eseguire nodi, estrarre blocchi, creare wallet, firmare transazioni e stress-testare l'infrastruttura senza rischi per la mainnet Bitcoin.
BTQ fornisce un block explorer (explorer.bitcoinquantum.com) e un mining pool (pool.bitcoinquantum.com), con blocchi aumentati a 64 MiB per ospitare firme ML-DSA 38-72 volte più grandi di ECDSA.
La minaccia quantistica è imminente: circa 6,26 milioni di BTC (valore 650-750 miliardi di dollari) in indirizzi con chiavi pubbliche esposte sono vulnerabili, inclusi i presunti 600.000-1,1 milioni di Satoshi.
Progressi come il chip Willow di Google (2024) e Majorana 1 di Microsoft (2025) accelerano i computer quantistici capaci di rompere ECDSA entro il 2030, con minacce "Harvest Now, Decrypt Later".
Il Dipartimento della Difesa USA impone migrazione a PQC entro 2030, e investitori come BlackRock avvertono nei prospetti ETF sui rischi.
BTQ cattura valore operando un mining pool (fee 3%) per accumulare token Bitcoin Quantum come treasury asset, posizionandosi come "quantum canary" validato da Delphi Digital.
È un passo proattivo mentre Bitcoin Core resta in fase esplorativa su BIP post-quantistici.
#breakingnews #bitcoin #quantum #BTC #quantumcomputers $BTC
BTQ Technologies ha annunciato il lancio di Bitcoin Quantum, una testnet permissionless fork di Bitcoin progettata per testare transazioni resistenti agli attacchi quantistici.
Questa milestone arriva esattamente 17 anni dopo il genesis block di Bitcoin estratto da Satoshi Nakamoto il 3 gennaio 2009, sostituendo le vulnerabili firme ECDSA con l'algoritmo ML-DSA standardizzato NIST (FIPS 204), lo stesso usato per i sistemi di sicurezza nazionale USA.
La testnet è aperta a tutti: miner, sviluppatori, ricercatori e utenti possono eseguire nodi, estrarre blocchi, creare wallet, firmare transazioni e stress-testare l'infrastruttura senza rischi per la mainnet Bitcoin.
BTQ fornisce un block explorer (explorer.bitcoinquantum.com) e un mining pool (pool.bitcoinquantum.com), con blocchi aumentati a 64 MiB per ospitare firme ML-DSA 38-72 volte più grandi di ECDSA.
La minaccia quantistica è imminente: circa 6,26 milioni di BTC (valore 650-750 miliardi di dollari) in indirizzi con chiavi pubbliche esposte sono vulnerabili, inclusi i presunti 600.000-1,1 milioni di Satoshi.
Progressi come il chip Willow di Google (2024) e Majorana 1 di Microsoft (2025) accelerano i computer quantistici capaci di rompere ECDSA entro il 2030, con minacce "Harvest Now, Decrypt Later".
Il Dipartimento della Difesa USA impone migrazione a PQC entro 2030, e investitori come BlackRock avvertono nei prospetti ETF sui rischi.
BTQ cattura valore operando un mining pool (fee 3%) per accumulare token Bitcoin Quantum come treasury asset, posizionandosi come "quantum canary" validato da Delphi Digital.
È un passo proattivo mentre Bitcoin Core resta in fase esplorativa su BIP post-quantistici.
#breakingnews #bitcoin #quantum #BTC #quantumcomputers $BTC
🇯🇵 GIAPPONE RAGGIUNGE UNA STORICA MILESTONE NELL'INFORMATICA QUANTISTICA IBRIDA 🇯🇵
Il Giappone ha appena centrato un traguardo epocale nel campo del calcolo quantistico ibrido. RIKEN, in collaborazione con partner internazionali, ha integrato con successo due sistemi quantistici distinti – la macchina a trappola di ioni Reimei di Quantinuum e l'IBM Quantum System Two – con il supercomputer Fugaku, capace di picchi a 442 petaflops.
Questo risultato fa parte di un ambizioso progetto nazionale quinquennale (2023-2028), guidato dal direttore Mitsuhisa Sato della Quantum-HPC Hybrid Platform Division di RIKEN. L'iniziativa, finanziata da NEDO e METI, mira a creare una piattaforma unificata dove processori quantistici e Fugaku eseguono compiti congiuntamente tramite software ibrido innovativo, come l'SQC Interface.
Reimei, installato nel febbraio 2025 al campus Wako di RIKEN, sfrutta qubit ad alta fedeltà con connettività all-to-all, mentre ibm_kobe (IBM Quantum System Two con processore Heron a 156 qubit) è operativo dal giugno 2025 a Kobe, collegato direttamente a Fugaku via reti ad alta velocità.
L'obiettivo principale è dimostrare che un sistema quantistico-HPC strettamente integrato supera il supercomputing classico puro, specialmente in materiali science, chimica quantistica, scoperta di farmaci e ottimizzazione complessa.
Si tratta della prima integrazione funzionante in Giappone – e tra le prime al mondo – di più tecnologie quantistiche eterogenee (ioni e superconduttori) con un supercomputer di punta nello stesso ambiente ibrido.
I ricercatori prevedono che, con miglioramenti hardware quantistici di 10x-100x nei prossimi anni, le esigenze di controllo, correzione errori e comunicazione esploderanno, rendendo essenziale il supporto supercomputer-level.
Questo passo pionieristico posiziona il Giappone leader globale nel quantum-centric supercomputing, aprendo frontiere computazionali inaccessibili all'HPC tradizionale.
#Japan #quantum #quantumcomputers
Il Giappone ha appena centrato un traguardo epocale nel campo del calcolo quantistico ibrido. RIKEN, in collaborazione con partner internazionali, ha integrato con successo due sistemi quantistici distinti – la macchina a trappola di ioni Reimei di Quantinuum e l'IBM Quantum System Two – con il supercomputer Fugaku, capace di picchi a 442 petaflops.
Questo risultato fa parte di un ambizioso progetto nazionale quinquennale (2023-2028), guidato dal direttore Mitsuhisa Sato della Quantum-HPC Hybrid Platform Division di RIKEN. L'iniziativa, finanziata da NEDO e METI, mira a creare una piattaforma unificata dove processori quantistici e Fugaku eseguono compiti congiuntamente tramite software ibrido innovativo, come l'SQC Interface.
Reimei, installato nel febbraio 2025 al campus Wako di RIKEN, sfrutta qubit ad alta fedeltà con connettività all-to-all, mentre ibm_kobe (IBM Quantum System Two con processore Heron a 156 qubit) è operativo dal giugno 2025 a Kobe, collegato direttamente a Fugaku via reti ad alta velocità.
L'obiettivo principale è dimostrare che un sistema quantistico-HPC strettamente integrato supera il supercomputing classico puro, specialmente in materiali science, chimica quantistica, scoperta di farmaci e ottimizzazione complessa.
Si tratta della prima integrazione funzionante in Giappone – e tra le prime al mondo – di più tecnologie quantistiche eterogenee (ioni e superconduttori) con un supercomputer di punta nello stesso ambiente ibrido.
I ricercatori prevedono che, con miglioramenti hardware quantistici di 10x-100x nei prossimi anni, le esigenze di controllo, correzione errori e comunicazione esploderanno, rendendo essenziale il supporto supercomputer-level.
Questo passo pionieristico posiziona il Giappone leader globale nel quantum-centric supercomputing, aprendo frontiere computazionali inaccessibili all'HPC tradizionale.
#Japan #quantum #quantumcomputers
Annkara-5:
Grazie per la info
🇯🇵🖥️ QUANTUM COMPUTING: PROTOCOLLO TOKYO PER MACCHINE SCALABILI 🖥️🇯🇵
Per la prima volta, ricercatori dell'Università di Tokyo hanno dimostrato un protocollo per computer quantistici fault-tolerant che evita numeri assurdi di qubit fisici o rallentamenti estremi. Pubblicato su Nature Physics, combina codici Quantum Low-Density Parity-Check (QLDPC) con codici concatenati Steane, riducendo drasticamente i costi di correzione errori – il principale ostacolo per macchine scalabili.
I computer quantistici sono fragili: per proteggere un qubit logico utile, servono molti qubit fisici, rendendo i sistemi grandi impraticabili.
Finora, maggiore affidabilità significava più qubit o computazioni molto più lente. Questo studio ibrido ottiene entrambi i benefici: overhead spaziale costante (qubit fisici per logico limitati) e overhead temporale polilogaritmico (rallentamento minimo con crescita sistema).
Usano gate teleportation con stati ausiliari QLDPC preparati fault-tolerant via Steane concatenati.
Innovazione chiave: metodo "partial circuit reduction", che analizza errori su segmenti locali (rettangoli gadget + EC), provando affidabilità sotto soglia errore definita, senza correlazioni globali complesse. Questo completa la prova del teorema soglia per protocolli constant-space QLDPC, risolvendo gap logici precedenti.
Perché conta?
Fault-tolerance separa demo sperimentali da computer quantistici reali.
Questo lavoro teorico prova scalabilità efficiente e veloce, senza esplosione hardware. QLDPC (es. quantum expander codes) + Steane – entrambi in ricerca sperimentale su atomi neutri, superconduttori – aprono a FTQC pratica. Ricerche correlate confermano: QLDPC riducono overhead spazio, Steane abilitano gate universali paralleli.
Tokyo risolve il dilemma scala hardware vs. velocità computazionale, con overhead trascurabile.
Passo verso quantum reale.
#quantum #quantumcomputers #Japan
Per la prima volta, ricercatori dell'Università di Tokyo hanno dimostrato un protocollo per computer quantistici fault-tolerant che evita numeri assurdi di qubit fisici o rallentamenti estremi. Pubblicato su Nature Physics, combina codici Quantum Low-Density Parity-Check (QLDPC) con codici concatenati Steane, riducendo drasticamente i costi di correzione errori – il principale ostacolo per macchine scalabili.
I computer quantistici sono fragili: per proteggere un qubit logico utile, servono molti qubit fisici, rendendo i sistemi grandi impraticabili.
Finora, maggiore affidabilità significava più qubit o computazioni molto più lente. Questo studio ibrido ottiene entrambi i benefici: overhead spaziale costante (qubit fisici per logico limitati) e overhead temporale polilogaritmico (rallentamento minimo con crescita sistema).
Usano gate teleportation con stati ausiliari QLDPC preparati fault-tolerant via Steane concatenati.
Innovazione chiave: metodo "partial circuit reduction", che analizza errori su segmenti locali (rettangoli gadget + EC), provando affidabilità sotto soglia errore definita, senza correlazioni globali complesse. Questo completa la prova del teorema soglia per protocolli constant-space QLDPC, risolvendo gap logici precedenti.
Perché conta?
Fault-tolerance separa demo sperimentali da computer quantistici reali.
Questo lavoro teorico prova scalabilità efficiente e veloce, senza esplosione hardware. QLDPC (es. quantum expander codes) + Steane – entrambi in ricerca sperimentale su atomi neutri, superconduttori – aprono a FTQC pratica. Ricerche correlate confermano: QLDPC riducono overhead spazio, Steane abilitano gate universali paralleli.
Tokyo risolve il dilemma scala hardware vs. velocità computazionale, con overhead trascurabile.
Passo verso quantum reale.
#quantum #quantumcomputers #Japan
CMC Spotlight _ Let’s look at what’s coming in 2026.
Regulation: Crypto Finally Gets a Rulebook _ #US Digital Asset Market Structure Bill, Stablecoin rules go live
#Infrastructure Over Narratives _ Ethereum (Glamsterdam & Hegota), Solana (Firedancer & Alpenglow), Polkadot JAM (Polkadot 3.0)
Bitcoin Crosses a Line _ 20 million BTC mined, #quantum debate (without the panic)
The Quiet Winner _ #Stablecoins
The Big Picture
Source: Binance News / Bitdegree / Coindesk / #CoinMarketCap / Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$ETH $SOL $DOT
Regulation: Crypto Finally Gets a Rulebook _ #US Digital Asset Market Structure Bill, Stablecoin rules go live
#Infrastructure Over Narratives _ Ethereum (Glamsterdam & Hegota), Solana (Firedancer & Alpenglow), Polkadot JAM (Polkadot 3.0)
Bitcoin Crosses a Line _ 20 million BTC mined, #quantum debate (without the panic)
The Quiet Winner _ #Stablecoins
The Big Picture
Source: Binance News / Bitdegree / Coindesk / #CoinMarketCap / Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$ETH $SOL $DOT
🇺🇸 NEW:
A framework has been submitted to the SEC’s Crypto Assets Task Force to make digital assets quantum-safe. ⚡️🔐
👀 Post-quantum security is becoming a serious conversation in U.S. regulation.
#Crypto #Blockchain #Quantum
A framework has been submitted to the SEC’s Crypto Assets Task Force to make digital assets quantum-safe. ⚡️🔐
👀 Post-quantum security is becoming a serious conversation in U.S. regulation.
#Crypto #Blockchain #Quantum
⚠️ Локальный рост биткойна до $68,000 вызвал FOMO на рынке. Santiment фиксирует резкий рост оптимистичных настроений. К сожалению, это ранее приводило к коррекции и не один раз. 📉
‼️ Еще одна неприятная новость, связанная с биткойном. Открытый интерес по фьючерсам на ведущих биржах продолжает обновлять исторические максимумы (CryptoQuant).
Даже визуально легко понять, почему это может быть плохой новостью. В прошлый раз, когда открытый интерес был таким высоким, восходящий тренд сменился.
Чего же мы ждем?
👍 — рост, тем не менее, продолжится
🔥 — ждем коррекции
$USDC $SLP #quantum #Signal $LUNC
‼️ Еще одна неприятная новость, связанная с биткойном. Открытый интерес по фьючерсам на ведущих биржах продолжает обновлять исторические максимумы (CryptoQuant).
Даже визуально легко понять, почему это может быть плохой новостью. В прошлый раз, когда открытый интерес был таким высоким, восходящий тренд сменился.
Чего же мы ждем?
👍 — рост, тем не менее, продолжится
🔥 — ждем коррекции
$USDC $SLP #quantum #Signal $LUNC
🖥️🇨🇳 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
🧠🚀 $ICP ISN’T JUST A COIN — IT’S A FUTURE SOLUTION 🚀🧠
While most crypto is busy chasing hype…
#ICP. is quietly preparing for real problems the future WILL face 👇
⚡ #quantumcomputing is coming
When it does, today’s cryptography becomes obsolete.
Wallets. Keys. Security. Entire chains — at risk.
And that’s where #icp stands different 🔥
🛠️ Why #ICPCoin matters ♾️
Built with Chain-Key Cryptography (not your average blockchain tech)
Designed to upgrade cryptography at the protocol level
Can adapt to post-quantum security without breaking apps or forcing users to migrate
Backed by serious research, not memes
Most chains will panic-upgrade later.
ICP is architected to evolve.
💡 Think about it: When #quantum threat becomes real…
Weak chains will collapse ❌
Strong, adaptable chains will dominate ✅
And money will flow to problem-solvers, not noise.
📉 ICP is still massively undervalued compared to its tech.
📈 The market always rewards vision — late, but aggressively.
This isn’t about tomorrow’s pump.
This is about owning infrastructure for the next decade.
🧩 Smart money buys solutions early.
Retail buys headlines later.
Do your research.
Think long-term.
And ask yourself: Which chain survives the future? 👀
While most crypto is busy chasing hype…
#ICP. is quietly preparing for real problems the future WILL face 👇
⚡ #quantumcomputing is coming
When it does, today’s cryptography becomes obsolete.
Wallets. Keys. Security. Entire chains — at risk.
And that’s where #icp stands different 🔥
🛠️ Why #ICPCoin matters ♾️
Built with Chain-Key Cryptography (not your average blockchain tech)
Designed to upgrade cryptography at the protocol level
Can adapt to post-quantum security without breaking apps or forcing users to migrate
Backed by serious research, not memes
Most chains will panic-upgrade later.
ICP is architected to evolve.
💡 Think about it: When #quantum threat becomes real…
Weak chains will collapse ❌
Strong, adaptable chains will dominate ✅
And money will flow to problem-solvers, not noise.
📉 ICP is still massively undervalued compared to its tech.
📈 The market always rewards vision — late, but aggressively.
This isn’t about tomorrow’s pump.
This is about owning infrastructure for the next decade.
🧩 Smart money buys solutions early.
Retail buys headlines later.
Do your research.
Think long-term.
And ask yourself: Which chain survives the future? 👀
🇨🇳🖥️ TIANYAN-287: IL COMPUTER QUANTISTICO CINESE ACCESSIBILE IN TUTTO IL MONDO 🖥️🇨🇳
La Cina ha lanciato Tianyan-287, un computer quantistico superconduttore costituito da 105 “data qubit” e 182 “coupling qubit,” per un totale di 287 qubit.
Questa macchina offre prestazioni rivoluzionarie, con velocità fino a 450 milioni di volte superiori rispetto a un supercomputer tradizionale nei compiti specializzati.
Non si tratta di un prototipo da laboratorio, ma di un sistema progettato specificamente per l'uso commerciale e scientifico.
Una delle caratteristiche più innovative di Tianyan-287 è la sua accessibilità globale: è disponibile tramite una piattaforma cloud, la “Tianyan” quantum computing cloud platform, che consente a ricercatori e aziende di tutto il mondo di usufruire della potenza di calcolo quantistico da remoto.
La piattaforma, attiva dal 2023, ha già visto oltre 37 milioni di visite e oltre 2,7 milioni di esperimenti svolti da utenti in più di 60 paesi.
Il sistema è stato sviluppato con tecnologia completamente domestica attraverso una collaborazione tra China Telecom Quantum Group e QuantumCTek.
Un'importante sfida ingegneristica è stata garantire la stabilità e l'affidabilità del refrigeratore a diluizione che mantiene i qubit in un ambiente a temperature ultra-basse, funzionale per l’erogazione continua di servizi cloud.
Questo computer quantistico apre nuove frontiere nelle simulazioni scientifiche, nell'ottimizzazione e nella ricerca avanzata, segnando un importante passo avanti sia per la Cina che per la comunità scientifica globale nel campo dell’informatica quantistica, con un impatto potenziale su settori strategici come la crittografia, la progettazione di materiali e le analisi complesse.
#quantum #quantumcomputers #china
La Cina ha lanciato Tianyan-287, un computer quantistico superconduttore costituito da 105 “data qubit” e 182 “coupling qubit,” per un totale di 287 qubit.
Questa macchina offre prestazioni rivoluzionarie, con velocità fino a 450 milioni di volte superiori rispetto a un supercomputer tradizionale nei compiti specializzati.
Non si tratta di un prototipo da laboratorio, ma di un sistema progettato specificamente per l'uso commerciale e scientifico.
Una delle caratteristiche più innovative di Tianyan-287 è la sua accessibilità globale: è disponibile tramite una piattaforma cloud, la “Tianyan” quantum computing cloud platform, che consente a ricercatori e aziende di tutto il mondo di usufruire della potenza di calcolo quantistico da remoto.
La piattaforma, attiva dal 2023, ha già visto oltre 37 milioni di visite e oltre 2,7 milioni di esperimenti svolti da utenti in più di 60 paesi.
Il sistema è stato sviluppato con tecnologia completamente domestica attraverso una collaborazione tra China Telecom Quantum Group e QuantumCTek.
Un'importante sfida ingegneristica è stata garantire la stabilità e l'affidabilità del refrigeratore a diluizione che mantiene i qubit in un ambiente a temperature ultra-basse, funzionale per l’erogazione continua di servizi cloud.
Questo computer quantistico apre nuove frontiere nelle simulazioni scientifiche, nell'ottimizzazione e nella ricerca avanzata, segnando un importante passo avanti sia per la Cina che per la comunità scientifica globale nel campo dell’informatica quantistica, con un impatto potenziale su settori strategici come la crittografia, la progettazione di materiali e le analisi complesse.
#quantum #quantumcomputers #china
1 Minute Letter _ “We can buy more BTC" - Michael Saylor
#US bank regulator clears national banks to facilitate crypto transactions _ The guidance confirms that facilitating customer crypto trades falls within the “business of banking,” expanding the range of activities that national banks may offer under existing law.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s back above $94K: Is the BTC #Bullrun back on? _ Bitcoin bulls recaptured the $94,000 level, but BTC volume data raises doubts about the duration of the upmove. Will bulls provide the necessary momentum?
Ethereum network sees 62% drop in #fees : Is ETH price at risk? _ Ethereum’s base layer demand softened in November, but ETH’s underlying price supports and strong layer-2 growth show the network still has momentum despite a drop in fees and TVL.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH
#US bank regulator clears national banks to facilitate crypto transactions _ The guidance confirms that facilitating customer crypto trades falls within the “business of banking,” expanding the range of activities that national banks may offer under existing law.
#quantum attacking Bitcoin would be a waste of time: Kevin O’Leary _ Kevin O’Leary aka “Mr Wonderful” is skeptical of quantum computing being used to crack Bitcoin’s security features.
Bitcoin’s back above $94K: Is the BTC #Bullrun back on? _ Bitcoin bulls recaptured the $94,000 level, but BTC volume data raises doubts about the duration of the upmove. Will bulls provide the necessary momentum?
Ethereum network sees 62% drop in #fees : Is ETH price at risk? _ Ethereum’s base layer demand softened in November, but ETH’s underlying price supports and strong layer-2 growth show the network still has momentum despite a drop in fees and TVL.
Source: Binance News / Bitdegree / Coindesk / Coinmarketcap / #Cointelegraph / Decrypt
"Place a trade with us via this post mentioned coin's & do support to reach maximum audience by follow, like, comment, share, repost, more such informative content ahead"
$BTC $ETH
Quantum Computing & Cryptocurrencies: What You Need to Know
#Quantum computing is set to revolutionize technology, but it also poses challenges for cryptocurrencies by potentially breaking traditional cryptographic algorithms like RSA and ECC. With advancements in quantum capabilities, blockchain security may face risks, particularly in wallet and transaction safety.
Key Takeaways:
1️⃣ Security Threats: Algorithms like Shor’s could compromise public-key cryptography, while Grover’s may reduce hash security (e.g., SHA-256).
2️⃣ Proactive Solutions: Post-quantum cryptography and quantum-resistant blockchains (e.g., QRL) are being developed to future-proof cryptocurrencies.
3️⃣ Opportunities: Quantum computers could optimize blockchain efficiency, from enhanced consensus mechanisms to better fraud detection.
What’s Next?: While current quantum computers aren’t a threat yet, action is critical. The crypto space is actively researching quantum-safe protocols to ensure long-term resilience.
Stay updated on how blockchain evolves in the quantum era.
#Cryptocurrency #Bitcoin $BTC $ME
#Quantum computing is set to revolutionize technology, but it also poses challenges for cryptocurrencies by potentially breaking traditional cryptographic algorithms like RSA and ECC. With advancements in quantum capabilities, blockchain security may face risks, particularly in wallet and transaction safety.
Key Takeaways:
1️⃣ Security Threats: Algorithms like Shor’s could compromise public-key cryptography, while Grover’s may reduce hash security (e.g., SHA-256).
2️⃣ Proactive Solutions: Post-quantum cryptography and quantum-resistant blockchains (e.g., QRL) are being developed to future-proof cryptocurrencies.
3️⃣ Opportunities: Quantum computers could optimize blockchain efficiency, from enhanced consensus mechanisms to better fraud detection.
What’s Next?: While current quantum computers aren’t a threat yet, action is critical. The crypto space is actively researching quantum-safe protocols to ensure long-term resilience.
Stay updated on how blockchain evolves in the quantum era.
#Cryptocurrency #Bitcoin $BTC $ME
Will Quantum Computers be Able to Hack Bitcoin?
Bitcoin, a cryptocurrency, relies on cryptographic algorithms to ensure its security. However, the emergence of quantum computers poses potential threats to Bitcoin's security protocols. In this article, we'll explore the likelihood of quantum computers hacking Bitcoin and the future of cryptocurrencies.
Bitcoin's Security Protocols
The Bitcoin network uses SHA-256 hash function and Elliptic Curve Digital Signature Algorithm (ECDSA) to secure transactions. These algorithms are considered difficult to break for current classical computers.
Capabilities of Quantum Computers
Quantum computers operate using quantum bits (qubits) and can perform computations by leveraging quantum mechanical properties such as superposition and entanglement. This enables them to calculate multiple possibilities simultaneously, potentially solving certain problems much faster than classical computers.
Quantum Computers and Cryptography
Quantum computers, particularly through the use of Shor's Algorithm, could have superior abilities to factor large numbers into prime factors. This poses a threat to cryptographic algorithms like ECDSA, which rely on prime factors.
Bitcoin Network's Resilience to Quantum Attacks
Currently, it's too early to discuss the practical existence of a quantum computer. However, if such a computer is developed in the future, the Bitcoin network would need to update its security protocols. Transitioning to post-quantum cryptography could be a solution.
While quantum computers theoretically have the potential to hack Bitcoin, practical implementation of this technology is not yet available. Bitcoin and other cryptocurrencies continue to work towards enhancing their security against future threats.
#Quantum #Bitcoin #BTC #quantumcomputers #blockchain
Bitcoin's Security Protocols
The Bitcoin network uses SHA-256 hash function and Elliptic Curve Digital Signature Algorithm (ECDSA) to secure transactions. These algorithms are considered difficult to break for current classical computers.
Capabilities of Quantum Computers
Quantum computers operate using quantum bits (qubits) and can perform computations by leveraging quantum mechanical properties such as superposition and entanglement. This enables them to calculate multiple possibilities simultaneously, potentially solving certain problems much faster than classical computers.
Quantum Computers and Cryptography
Quantum computers, particularly through the use of Shor's Algorithm, could have superior abilities to factor large numbers into prime factors. This poses a threat to cryptographic algorithms like ECDSA, which rely on prime factors.
Bitcoin Network's Resilience to Quantum Attacks
Currently, it's too early to discuss the practical existence of a quantum computer. However, if such a computer is developed in the future, the Bitcoin network would need to update its security protocols. Transitioning to post-quantum cryptography could be a solution.
While quantum computers theoretically have the potential to hack Bitcoin, practical implementation of this technology is not yet available. Bitcoin and other cryptocurrencies continue to work towards enhancing their security against future threats.
#Quantum #Bitcoin #BTC #quantumcomputers #blockchain
Quantum Threat to Bitcoin?
Experts warn: Quantum computers could break BTC's cryptography by 2037. But quantum-resistant security solutions are already in motion. Time to prepare! ⏳🔒
Are you ready for the quantum era?
#Bitcoin #Quantum #CryptoSecurity #FutureTech #Blockchain
Experts warn: Quantum computers could break BTC's cryptography by 2037. But quantum-resistant security solutions are already in motion. Time to prepare! ⏳🔒
Are you ready for the quantum era?
#Bitcoin #Quantum #CryptoSecurity #FutureTech #Blockchain
*🌌 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.
2025 meta - ICO style, no lockups, no vesting, fully unlocked at TGE
Huge rounds, everything on chain, proper listings.
Big names may act behind the scenes and appear later.
AI, AI agents, DeSci, quantum resistance tech, yield bearing assets, memes = key narratives
DYOR
#Crypto2025Trends #DeSci #AI #quantum #BinanceSquareFamily
Huge rounds, everything on chain, proper listings.
Big names may act behind the scenes and appear later.
AI, AI agents, DeSci, quantum resistance tech, yield bearing assets, memes = key narratives
DYOR
#Crypto2025Trends #DeSci #AI #quantum #BinanceSquareFamily
🚨 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
Συνδεθείτε για να εξερευνήσετε περισσότερα περιεχόμενα