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SuperQ and Fraunhofer ITWM Quantum Partnership in Europe

Fraunhofer ITWM and SuperQ Quantum Computing Form Historic European Partnership to Advance “Quantum Utility”

Calgary-based SuperQ Quantum Computing Inc. and the Fraunhofer Institute for Industrial Mathematics ITWM announced a transformative strategic partnership, changing the global quantum computing landscape. After signing a Memorandum of Understanding, SuperQ joins the European quantum ecosystem and positions itself to become a global leader.

The cooperation focuses on collective technical assessment and research in quantum and hybrid optimization. In conjunction with Fraunhofer ITWM, a section of Europe's most prestigious applied research institution, SuperQ aims to de-risk its commercial roadmap and establish new markets for European industrial “Mittelstand” and Fortune 500 organizations worldwide.

Designing for Hybrid Future

SuperQ's hybrid quantum computing focus distinguishes it from pure-play hardware businesses and is important to the cooperation. This collaboration will examine integrating classical HPC, quantum annealing, and gate-based quantum computing into a single, fluid process.

SuperQ's flagship Super platform will undergo a systematic, objective technical review by Fraunhofer ITWM under the MoU. This assessment will evaluate the platform's scalability, performance, and integration with Fraunhofer's HPC infrastructure for industry-scale simulation and algorithm acceleration. Dr. Muhammad Khan, SuperQ's CEO and board chair, remarked, “This is not just a geographic expansion; it is a validation of our ‘One-Click’ philosophy by the most respected names in industrial mathematics.” Dr. Khan said the relationship allows the organization to rigorously translate complicated mathematical challenges into “executive-ready ROI” and move past the “quantum lab” phase.

Bringing Research and Industry Together

Praxis-focused, the alliance targets applications where quantum-classical processes can deliver immediate benefits. Among them:

Logistics and supply chain management optimize complex routing and distribution networks. Energy system management includes grid stability and resource finding.

Enhancing finance and manufacturing modeling, simulation, and predictive analytics.

Defence and Healthcare: AI Autopilots for critical security and health challenges.

Dr. Pascal Halffmann, Quantum Computing Research Coordinator, says Fraunhofer ITWM applies cutting-edge innovation to industry. The partners want to develop next-generation computing for industrial applications using SuperQ's orchestration tools and Fraunhofer's quantum algorithms.

Fraunhofer Network Power

The Fraunhofer Institute for Industrial Mathematics (ITWM) in Kaiserslautern, Germany, is one of the largest industrial mathematics research centers. It serves several financial, chemical, and automotive businesses.

The Fraunhofer-Gesellschaft has a €3.6 billion budget, €3.1 billion of which is contract research. This paradigm keeps research focused on market needs and commercial-public interaction. The organization strengthens the European innovation ecosystem and Germany's industrial base with 75 institutions and 32,000 employees.

SuperQ's vast network may include the Fraunhofer Competence Network Quantum Computing and the “Simulation- and software-based innovation” high-performance center. The partners also want to participate in publicly funded research programs to fund R&D without diluting it.

A Global Dominance Vision

SuperQ is based in Canada but has been establishing “Super Hubs” in Asia, the Middle East, and the US. Executives and customers will find better computational capability easy to use with the company's Super platform and ChatQLM tool, lowering financial and technological barriers to quantum adoption.

With this historic collaboration, SuperQ is building a footprint in Europe and positioning its software to become the “operating system” for industrial-scale simulation as quantum technology advances. The next phase of global business transformation and a competitive moat to drive corporate adoption are the goals of this strategic integration.

As the “International Year of Quantum Science and Technology” approaches, SuperQ and Fraunhofer ITWM's relationship is a turning moment in quantum computing's practical applications.

#SuperQ #FraunhoferITWM #QuantumComputing #hybridquantumcomputing #quantumalgorithms #ChatQLM #News #Technews #Technology #Technologynews #Technologytrends #Govindhtech

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Quandela Quantum Computing And Mila Partner On Quantum-AI

Quantum Quandela Computing

Quandela and Mila Create Quantum Computing-AI Hybrids

Mila, the Quebec Artificial Intelligence Institute, and Quandela, a European leader in photonic quantum computing, have formed a strategic cooperation to investigate hybrid quantum-machine learning technology. This alliance creates and evaluates cutting-edge quantum machine learning (QML) models to put both organisations at the forefront of this rapidly emerging technology. Valérian Giesz, Quandela's co-founder and COO, calls this collaboration a “crucial step” in the company's goal to apply quantum computing to AI. He believes Quandela's photonic quantum computing expertise and Mila's artificial intelligence expertise can accelerate the development of industry-changing solutions. Guillaume Rabusseau, an assistant professor at the University de Montréal and a Core Academic Member at Mila, calls the intersection of AI and quantum computing “great potential”. He says this relationship allows him to study how quantum approaches could improve and change machine learning paradigms. Key Partnership Objectives

Quandela and Mila will collaborate on four main areas: Benchmarking compares traditional approaches to quantum machine learning (QML) models utilising structured data. Identifying quantum advantages: When quantum approaches can increase scalability, precision, and resource use. Training challenges: Creatively solving well-known quantum model training difficulties. Experimental validation: Assessing QML's real-world applications using simulations and quantum hardware tests. Increased Canadian Presence This agreement significantly boosts Quandela's Canadian growth. Quandela then installs a quantum computer in Sherbrooke. Quandela said its growing presence shows its commitment to supporting Canada's quantum ecosystem, which is world-renowned. Valérian Giesz said Quandela's quantum technology deployment in Sherbrooke and this collaboration show their long-term goal for Canada. He praised Canada's innovative ecosystem. About Organisations Quandela, a major quantum computing company, offers cloud-accessible quantum processors, datacenter quantum computers, and algorithm access services for industrial clients. Making quantum computing accessible to solve complex industrial and societal concerns is its goal. University of Montreal Professor Yoshua Bengio founded Mila, the largest academic deep learning research centre in the world. In Montreal, almost 1,300 machine learning experts work together. Under the Pan-Canadian AI Strategy, the Government of Canada partially funds Mila, a global centre for scientific discoveries that drive innovation and AI growth for all. Mila, a globally famous non-profit, has made significant contributions to deep learning, particularly in generative models, machine translation, object recognition, and language modelling. Related Quantum AI Developments Other than the Mila partnership, Quandela has made significant advances in AI and quantum computing: Partnership with AdvanThink to Detect Payment Fraud: Quandela strategically teamed with European real-time payment fraud protection pioneer AdvanThink. This alliance uses AI and quantum computing to construct fast, accurate payment fraud detection algorithms. A proof of concept using quantum machine learning algorithms in AdvanThink's industrial pipelines is underway. This partnership will help integrate and test Quandela's quantum machine learning model, which increases credit risk assessment and payment fraud detection. MerLin Quantum Computing Framework Introduction: MerLin, Quandela's quantum computing architecture for AI data scientists, is groundbreaking. MerLin was launched at NVIDIA GTC Paris as the “quantum layer for data scientists”. The goal is to democratise quantum machine learning by abstracting quantum complexity into classical AI operations like PyTorch and scikit-learn integrations to enable practitioners to easily build hybrid quantum-classical models. MerLin's innovations include GPU-optimized simulators that use NVIDIA CUDA-Q to simulate photonic quantum circuits at high performance, benchmark-driven advancements that create repeatable metrics for hybrid algorithms, and a photonics-focused design that is future-proof for next-generation hardware. Mila researchers are early adopters. MerLin will be public to accelerate adoption.

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