Image Credit: The Center for Sales Strategy By Michael Baczyk By weaving together scenarios analysis, technological roadmapping, and quantitative market modeling, GQI empowers decision-makers to navigate the uncertainties inherent to quantum – yes, pun intended.Now, […]
Data Comparing Layout and Error Rate for Distance 3, 5, and 7 Error Correction Codes. Credit: Google The Google Quantum AI team and collaborators has posted a new paper on arXiv showing results of their […]
Juniper Networks, a leader in AI-Native Networking, has invested in Quantum Bridge Technologies and will partner with them to develop industry-first quantum-safe networking solutions, addressing the growing threats posed by quantum computing. Quantum Bridge will […]
UCLA’s California NanoSystems Institute, in collaboration with the University of Delaware, Caltech, and MIT, has secured a $1 million grant from the National Science Foundation (NSF) to advance quantum technologies. The funding supports the Quantum […]
Part 3: The primary algorithms VQA, VQE and QAOA QAOA Example Problem. Credit: Google Quantum AI Variational Quantum Algorithms (VQA) In the NISQ era, variational circuits serve as a bridge between the classical and the […]
A Rigetti quantum computer (L) and the 84-qubit Ankaa-2 lattice (R). Credit: Amazon Amazon Braket has launched the Rigetti Ankaa-2, an 84-qubit superconducting quantum processor, on its quantum computing service, further expanding its hardware offerings. […]
Part 2: Colocation, High Performance Computers, and Co-Design Conceptual Picture of an HPC/Quantum Data Center. Credit: QuEra by Amara Graps The hybrid classical-quantum computing environments present a bewildering variety of functionality. Here, we continue to […]
Quantum Machines and Bluefors have announced an extended OEM agreement that brings Quantum Machines’ QCage qubit chip holders to Bluefors’ cryogenic measurement systems. This partnership allows researchers to order Bluefors systems with pre-installed QCage holders, […]
Part 1: Basics and Cloud Vendors Hybrid Classical/Quantum Computing Conceptual Diagram. Credit: DARPA by Amara Graps Hybrid Classical-Quantum Computing is one approach to meeting the end of Moore’s Law, the empirical relationship of the number […]
One activity that investors, governments, and quantum hardware companies call upon Global Quantum Intelligence (GQI) frequently to do is to perform a due diligence assessment of a quantum processor development roadmap. In order to ensure […]
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