Qnalysis

Quantum Error Correction State of Play – Executive Summary

Recommended Reading – “Evaluating the Performance of Quantum Process Units at Large Width and Depth”

Microsoft’s Topological Qubit Research – Interview with Dr. Chetan Nayak

Microsoft Announces Development of Its First Operational Topological Qubit Device

Oxford Researchers Demonstrate Distributed Quantum Computing via a Photonic Network

Google Unveils New Analog+Digital Approach for Quantum Algorithms in Quest to Achieve Early Scientific Quantum Advantage

Update on the GQI Quantum Resource Estimator Playbook

GQI has been working hard to research quantum use cases along with the algorithms that are used and the performance level of the quantum processor required to successfully provide solutions for the use cases.

Researchers at MIT Achieve 99.998% Single Qubit Gate Fidelity on a Superconducting Qubit

Chinese Scientists Describe the 105 Qubit Zuchongzhi 3.0, a Competitor to Google’s Willow

Three New Error Correction Papers for the End of the Year

2024: The Year of Quantum Computing Roadmaps

Quantinuum Demonstrates Record GHZ State of 50 Entangled Logical Qubits

The Road to Shor Era Quantum Computing – Executive Summary

Could Quantum Error Detection Be a Bridge from NISQ to FTQC?

HPE, Qolab, Applied Materials, and Others Publish a Blueprint for Scaling Superconducting Quantum Computers

IBM Continues Its Progress Towards Creating Useful Quantum Computing Systems

Quantum Communication From Sea to Sea

Quantum Biology: Part 2 – Photosynthesis

Quantum Biology: Part 1 – Nature-Made Quantum Sensors

The Little QKD Satellite That Could

The Power of XOR

Diagnostic Benchmarks for Hybrid Quantum Computing

Diagnostic Benchmarks for Quantum Computing

Quantum for AI: Costs from a Diagnostic Benchmark

Quantum Computational Fluid Dynamics (QCFD). Part 3: Lattice Boltzmann and Quanscient Use Case