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Quantum Computing
Google’s Willow Chip Achieves Below-Threshold Error Correction, Marking 2024 as Year of Quantum Reliability Evidence
Twiligh Mag USA Overview Google's Willow chip demonstrated quantum error correction below the threshold in 2024, a pivotal moment indicating that adding physical qubits can enhance logical qubit reliability. This breakthrough, alongside ... -
Quantum Computing
arXiv Paper “The NISQ Trap” Reveals Quantum Advantage Demonstrations Classically Reproducible or Based on Tractable Structures
arXiv USA Overview An arXiv paper titled "The NISQ Trap" reveals that many major demonstrations of "quantum advantage" in the NISQ (Noisy Intermediate-Scale Quantum) era were either classically reproducible within 18 months of their anno... -
Quantum Computing
Quantinuum’s Estimated Revenue Nears $100 Million, Driving IPO Prospects with Quantum-as-a-Service and Cybersecurity Products as Key Revenue Streams
Value Add VC USA Overview Quantinuum's estimated annual revenue is approximately $100 million, primarily generated from enterprise Quantum-as-a-Service contracts, quantum-generated randomness-based cybersecurity products, and collaborati... -
Quantum Computing
Vault12 Explains “Quantum Supremacy” Risks: Shor’s Algorithm Requires Millions of Fault-Tolerant Qubits
Vault12 USA Overview Vault12 clarifies that "quantum supremacy" refers to the point where quantum computers outperform classical counterparts on specific tasks. While quantum algorithms like Shor's could theoretically break current inter... -
Quantum Computing
Google Quantum AI Achieves 3.5x Improvement in Quantum Error Correction Stability on Willow Chip Using Reinforcement Learning, Demonstrating 7.72(9)×10⁻⁴ Logical Error Rate for Distance-7 Surface Code
The Quantum Insider USA Overview Google Quantum AI and Google DeepMind have published a Nature paper demonstrating a reinforcement learning agent capable of calibrating a quantum processor during error correction, improving logical error... -
Quantum Computing
Google Cloud Launches SandboxAQ’s Quantum-Inspired Scientific AI Models, “AQCat” and “AQPotency,” on Marketplace to Accelerate Drug Discovery and Materials Science
GxP News USA Overview SandboxAQ's specialized AI models, an independent company under Alphabet, became available via Google Cloud Marketplace starting June 30, 2026. These quantum-inspired models, including "AQCat" for materials science ... -
Quantum Computing
RIKEN’s 144-Qubit Superconducting Quantum Computer “Ei-II” Commences Operation with 99.9% Fidelity Amid Japan-Taiwan Compound Semiconductor Collaboration
digitimes Taiwan Overview Japan's RIKEN institute and academic institutions in Taiwan are strengthening collaboration on next-generation compound semiconductors. Concurrently, RIKEN's 144-qubit superconducting quantum computer, "Ei-II," ... -
Quantum Computing
Atom Computing Secures $100 Million Series C Led by Third Point Ventures, Plus $100 Million LOI from U.S. Department of Commerce
YouTube (AgentShows) USA Overview A June 18, 2026, VC funding overview reported that Atom Computing successfully closed a $100 million Series C funding round led by Third Point Ventures. Additionally, the company received a $100 million ... -
Quantum Computing
VivaTech 2026 Panel: Quantum Industry Investment Surges 3.6x to $12.6 Billion, Focus Shifts to Early Business Value Creation
YouTube (Pasqal) France Overview A panel discussion recorded at VivaTech 2026 highlighted that annual investment in the quantum industry has soared 3.6-fold to $12.6 billion over the past year, signaling a rapid shift towards enterprise ... -
Quantum Computing
arXiv Preprint Reports Polynomial-Time Classical Simulation of Gaussian Boson Sampling on Graphs, Challenging Quantum Advantage Claims
arXiv Unknown Overview An arXiv preprint reports a classical algorithm capable of simulating Gaussian Boson Sampling (GBS) on graphs in polynomial time. While GBS was previously proposed as a potential demonstration of quantum advantage ...