🚀 PsiQuantum Advances Quantum Computing Facility Construction in Chicago
#PsiQuantum #QuantumComputing #Chicago #PhotonicQuantumComputing #Qubits #AI #Supercomputing #Bitcoin #Crypto #QuantumThreats #Technology #Semiconductor #FiberOptics #CoolingTechnology #Innovation #TechNews #BTC
PsiQuantum has commenced the construction of a fault-tolerant quantum computing facility in Chicago, aiming for a capacity of one million quantum bits. According to BlockBeats, the facility employs photonic quantum computing technology, leveraging established semiconductor, fiber optic, and cooling technologies for scalability. The construction is progressing rapidly, with 500 tons of steel structures erected within days. The first phase is expected to be partially completed around 2027, with full operation targeted by 2028. The facility's computing power is equivalent to billions of traditional computers and is intended to support next-generation AI supercomputing.
The crypto community is currently focused on the potential of this technology to compromise Bitcoin. PsiQuantum co-founder Terry Rudolph has clarified that there is no intention to use quantum computing to attack Bitcoin, and the company's large scale prevents secretive operations. Discussions about quantum threats have intensified recently, with the Bitcoin community considering a hard fork as a countermeasure. The largest quantum computer globally has only 6,100 qubits, far from the practical threshold, posing limited short-term threats to Bitcoin.#PsiQuantum #QuantumComputing #Chicago #PhotonicQuantumComputing #Qubits #AI #Supercomputing #Bitcoin #Crypto #QuantumThreats #Technology #Semiconductor #FiberOptics #CoolingTechnology #Innovation #TechNews #BTC
🚀 Caltech Researchers Propose Efficient Quantum Computer Design
#Caltech #quantumcomputer #qubits #neutralatom #errorcorrection #NS3AI #research #quantumcomputing #efficiency #technology
Caltech researchers have proposed a new design for a functional quantum computer that could significantly reduce the number of qubits required. According to NS3.AI, the researchers suggest that a quantum computer could be built with 10,000 to 20,000 qubits, rather than the millions previously thought necessary. The proposed neutral-atom error-correction architecture could encode each logical qubit using as few as five physical qubits, potentially making quantum computing more feasible and efficient.#Caltech #quantumcomputer #qubits #neutralatom #errorcorrection #NS3AI #research #quantumcomputing #efficiency #technology
🚀 Quantum Computing's Energy Demand to Out-Mine Bitcoin: A Significant Challenge
#QuantumComputing #EnergyDemand #Bitcoin #Mining #Qubits #NS3AI #Sustainability #TechChallenges #Cryptocurrency #Research #BTC
Researchers have highlighted the immense energy requirements for a quantum computer to surpass Bitcoin mining capabilities. According to NS3.AI, such a computer would need approximately 10^25 watts and around 10^23 qubits, equating to about 3% of the Sun's energy output. Meanwhile, separate academic studies have suggested that many reported breakthroughs in quantum factoring are based on simplified setups. These studies emphasize that older or reused Bitcoin addresses pose a more credible long-term risk.#QuantumComputing #EnergyDemand #Bitcoin #Mining #Qubits #NS3AI #Sustainability #TechChallenges #Cryptocurrency #Research #BTC
🚀 Google Quantum AI Reduces Resources Needed to Break Bitcoin Signatures
#Google #QuantumAI #Bitcoin #ECDSA #Cryptography #Qubits #Cybersecurity #Blockchain #BTC
Google Quantum AI research has significantly reduced the estimated resources required to break Bitcoin's ECDSA signatures by approximately 20 times. According to NS3.AI, this advancement places the theoretical threshold near 500,000 physical qubits. The primary risk is associated with transaction signing and addresses with exposed public keys, rather than Bitcoin mining or the entire blockchain.#Google #QuantumAI #Bitcoin #ECDSA #Cryptography #Qubits #Cybersecurity #Blockchain #BTC