Articles Tagged “Quantum Computing”
7 articles found
IonQ's Real-Time Quantum Error Decoder: Why It Matters
IonQ says its real-time quantum error decoder runs on one standard CPU and added as little as 0.02% delay in simulations of up to 408 logical qubits.
IonQ Superion 256 Targets 300x Lower Cost per Qubit
IonQ launched Superion 256, a rack-sized 256-qubit platform built at its own chip fab, with orders open now and first deliveries due in 2027.
NVIDIA Launches Ising — The First Open AI Model Family Built for Useful Quantum Computers
NVIDIA announced Ising on May 13, 2026 — the world's first family of open AI models designed specifically to help researchers and enterprises build quantum processors capable of running useful applications.
TRON Targets First Major Blockchain Post-Quantum Cryptography Upgrade With NIST Standards
Justin Sun announced TRON will deploy NIST-standardized post-quantum signatures on mainnet — making TRON the first major public blockchain to future-proof user assets against quantum computing.
NVIDIA's Ising Models Bring Open-Source AI to Quantum Computing
NVIDIA launched Ising today — the world's first open AI models for quantum error correction and calibration, delivering 2.5x faster performance and 3x higher accuracy.
Google Quantum AI Paper Spotlights Algorand as a Model for Post-Quantum Blockchain
A Google Quantum AI research paper cited Algorand's FALCON signature scheme as a quantum-resistance benchmark, validating one of the first live post-quantum blockchain deployments.
HyperNova 60B Uses Quantum-Inspired Math to Halve an LLM's Size With Near-Zero Accuracy Loss
Multiverse Computing's free HyperNova 60B compresses a 120B-parameter model by 50% using quantum tensor methods, benchmarking 5x better on tool-calling tasks.