Qnalysis

Quantum Algorithms for Solving Differential Equations

Quantum Sensors: Atom Interferometry. Part 2: Nobel Prize Connections 

Quantum Sensors: Atom Interferometry. Part 1: Basics

AWS Describes an Error Correction Experiment Performed with Cat Qubits

Machine Learning for Semiconductor Spin Qubits

The Pervasiveness of Machine Learning in Quantum Technology

Quantum Communication – Different Visions of the Quantum Internet

Quantum Technology Algorithms – The Ansatz Zoo

Quantum Technology Algorithm Trends – Tidying Up

Fujitsu and Osaka University Introduce New Quantum Architecture Concepts with a Goal of More Efficient Implementation of FTQC

Google Makes Another Step Forward in Quantum Error Correction, But It’s Still Not a Sputnik Moment

The Many Faces of Hybrid Classical-Quantum Computing – Part 3

The Many Faces of Hybrid Classical-Quantum Computing – Part 2

The Many Faces of Hybrid Classical-Quantum Computing – Part 1     

How GQI Evaluates Quantum Processor Development Roadmaps

Diraq Achieves Better than 99% Two Qubit Gate Fidelity on their CMOS Quantum Dot Devices

IBM Releases Version 1.2 of the Qiskit SDK

Recommended Reading: Quantum Communication 101

IonQ Describes a New Low-Overhead Approach for Partial Quantum Error Correction

The GQI Quantum Resource Estimator Playbook

A question we often hear at GQI is “When will we start witnessing quantum advantage where users are regularly relying on quantum technology for commercial use?” The answer to that question relies on two factors.

NISQ Versus FTQC in the 2025 – 2029 Timeframe

Quantinuum Shows Research Results of New Genon Braiding Error Correction Code

Intel Discloses Millikelvin CryoCMOS Control Chip Named Pando Tree

DARPA Teams Post Initial Results of Their Research for the Quantum Benchmarking Program Phase II

Chinese Scientists Show Ion Trap Advances With Stable Trapping of 512 Ions