Latest quantum computing, quantum tech, and quantum industry news.
Qiskit SDK v2.3 strengthens IBM’s quantum-centric supercomputing by improving workflows, performance, and hybrid quantum-classical integration.
Read More Qiskit SDK v2.3 Boosts IBM’s Quantum-Centric Supercomputing
Viewbix completes Milestone 1 in its AI-driven quantum error correction program, advancing scalable and fault-tolerant quantum computing.
Read More Viewbix Completes Milestone 1 in AI-Driven QEC Program
Superconducting erasure qubits offer a powerful new method for quantum error correction, enabling more reliable and scalable quantum computers.
Read More Superconducting Erasure Qubits For Quantum Error Correction
Discover how the quantum anticode, a new concept in quantum error correction designed to improve the stability of quantum information.
Read More Quantum Anticode: A New Concept In Quantum Error Correction
Riverlane launches Quantum LCD, a new platform designed to accelerate quantum error correction and fault-tolerant quantum computing.
Read More Riverlane Launches Quantum LCD for Quantum Error Correction
Transformer networks enhance Quantum Golay Code error correction, improving decoding accuracy and robustness in quantum computing.
Read More Quantum Golay Code Error Correction with Transformer Network
New Error Correction Framework Unifies the Field, While Novel V-Score Benchmarks Quantum Advantage Global Research Advances Quantum Error Correction and Computation Assessment, Accelerating Fault-Tolerant Machines. […]
Read More Quantum Cubature Codes Advance In Quantum Error Correction
The SmaraQ Project introduces on-chip photonics to quantum computing, enhancing speed, scalability, and efficiency in next-generation processors.
Read More SmaraQ Project Adds On-Chip Photonics to Quantum Computing
Learn how Quantum GANDALF introduces a powerful framework to enhance fault tolerance and reduce errors in large-scale quantum computers.
Read More Quantum GANDALF Boost Fault-Tolerant Quantum Computing
Detector error models are reshaping quantum error correction, improving noise prediction, and enabling fault-tolerant quantum computation.
Read More Detector Error Models For Quantum Error Correction Research