Quantum computing: global mapping and NISQ maturity

Workshop Research, International
On  March 4, 2026Agglomération grenobloise
On March 4th, the Maison du Quantique Alpes, the PUI Grenoble Alpes and the Satt Linksium is inviting all communities interested in quantum computing to come and attend the presentation of the results of two studies: a benchmark of the world quantum computing ecosystem and the presentation of an analysis on NISQ technology/algorithm maturity.

Programme: 

9:00 am: welcome coffee
9:30 am: International quantum computing ecosystem study, Wavestone. Commissioned by Linksium for PUI Grenoble Alpes by UGA.
10:30 am: Q&A session
11:00 am: QOUNSELOR Study on Technology/Algorithm Maturity commissioned by Maison du Quantique Alpes by Valentin Gilbert
12:15 am: Q&A session
12:30 am: Conclusion

More information about the two sutudies below. 

Registration

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Title: International Quantum Computing Ecosystem Study - Cabinet Wavestone – Commissioned by Linksium for PUI Grenoble Alpes, by UGA.

This strategic international study maps and compares the main global quantum computing ecosystems to position Grenoble in the race for quantum technologies. It analyzes in detail academic and industrial actors, startups, innovation hubs across major regions (North America, Europe, Asia, Australia) as well as hardware, software, and enabling technology paths. The benchmark is based on a battery of indicators 2021-2025 to measure the dynamics and maturity of each ecosystem. Five reference ecosystems were subjected to in-depth analysis (Southern Netherlands (Delft), South East England (Oxford), Kanto, Quebec (Sherbrooke), Rhineland-Palatinate…) to identify their governance models, technology transfer and public-private partnership strategies. The aim of this analysis is to propose a strategy for Grenoble with concrete action steps.

Title: QOUNSELOR Study on Technology/Algorithm Maturity commissioned by Alpes Quantum House by Valentin Gilbert

This study requested by the quantum computing hub partners proposes a mapping of recent developments in Near-Term Quantum Computing (NISQ), identifying major technological paths and analyzing the maturity of NISQ algorithms to solve real problems. The tool used for mapping allows visualization of the links between the 20 industrial use cases published so far with mathematical problems, resolution algorithms, and machine implementations. The study provides a clear map and objective evaluation while also delivering a robust evaluation method to facilitate understanding of technology/algorithm maturity states for any laboratory, end users or investors interested in knowing the state of NISQ quantum computing technology and algorithm maturity.
 
Published on  February 4, 2026
Updated on  February 6, 2026