OpenQase Logo
BETA
Case StudiesRelated ContentBlog
Sign InGet Started
  • About OpenQase
  • Roadmap
  • Contact Us
  • Blog
  • Case Studies
  • Related Content
  • GitHub
  • Threads
  • Privacy Policy
  • Terms of Use
  • Cookie Policy
openQase Wordmark

© 2025 OpenQase. All rights reserved.

Built with ❤️ by the quantum computing community

    Back to Industries

    Healthcare

    Applications of quantum computing in medical research, patient care, genomics, and healthcare operations.

    41 Case Studies
    8 Target Roles

    The healthcare industry faces significant computational challenges across research, clinical, and operational domains. Quantum computing offers potential solutions to these challenges through several key applications that address fundamental computational bottlenecks in the sector.

    Genomic analysis represents a primary application area, where quantum algorithms can process large-scale genomic data to identify complex patterns and correlations that classical methods struggle to detect efficiently. These capabilities may improve disease risk prediction, enhance understanding of gene-environment interactions, and accelerate biomarker discovery. Several research institutions are exploring quantum approaches to genomic data analysis for personalised medicine applications.

    Medical imaging applications leverage quantum computing for both image reconstruction and feature detection. Quantum algorithms may improve the speed and accuracy of tomographic reconstruction for MRI and CT imaging, while quantum machine learning approaches could enhance detection of subtle abnormalities across multiple imaging modalities. These capabilities directly impact diagnostic accuracy and efficiency in clinical settings.

    Drug discovery applications use quantum chemistry algorithms to model molecular interactions with greater accuracy than classical methods. These capabilities can improve target identification, enhance virtual screening processes, and optimise lead compound selection—potentially reducing development timelines and costs while improving success rates for new therapeutics.

    Disease modeling encompasses complex simulation of biological systems and disease progression. Quantum computing may enable more comprehensive modeling of cellular pathways, immune system responses, and treatment effects, leading to improved understanding of disease mechanisms and more effective intervention strategies.

    Healthcare operations applications include patient scheduling, resource allocation, and supply chain management, often the complex optimization problems that quantum algorithms may address more effectively than classical approaches. These capabilities can potentially improve operational efficiency, reduce costs, and enhance patient care quality.

    Implementation strategies for healthcare organisations should focus on identifying specific computational bottlenecks in current research or clinical workflows, establishing partnerships with quantum technology providers, developing hybrid classical-quantum methodologies, and creating proof-of-concept implementations for high-value applications.


    Related Case Studies

    Quantum Computing Partnership for Advanced Materials and Drug Discovery

    Algorithmiq, IBM Quantum, and Trinity College Dublin have formed a strategic partnership to leverage quantum computing for molecular simulation and drug discovery applications. This collaboration combines Algorithmiq's quantum algorithms for chemistry, IBM's quantum hardware and cloud infrastructure, and Trinity College Dublin's expertise in quantum information science to accelerate pharmaceutical research and materials development.

    Alibaba Quantum Computing Lab and Alibaba Cloud: Building China's First Commercial Quantum Computing Platform

    Alibaba Quantum Computing Lab partnered with Alibaba Cloud to develop and deploy China's first cloud-based quantum computing platform, making quantum computing resources accessible to researchers and enterprises. This collaboration established Alibaba as a leading player in the global quantum computing race by combining cutting-edge quantum research with robust cloud infrastructure.

    D-Wave and Pattison Food Group explore driver scheduling

    D-Wave and Pattison Food Group explore the potential of quantum-powered workforce scheduling optimization.

    ARC Centre of Excellence for Quantum Computation and Communication Technology (CQC2T) Partnership with Queensland Government for Pharmaceutical Research

    The ARC Centre of Excellence partnered with the Queensland Government to advance quantum computing applications in pharmaceutical research and drug discovery. This collaboration aims to leverage quantum computing's computational advantages to accelerate molecular simulation and drug development processes, potentially reducing the time and cost of bringing new medicines to market.

    IBM and Quantum Network Partnership with Cleveland Clinic: Accelerating Healthcare Discovery through Quantum Computing

    In March 2021, Cleveland Clinic and IBM announced a landmark 10-year partnership to establish the Discovery Accelerator, featuring the first private sector onsite IBM quantum computer in the United States. This collaboration aims to advance biomedical research through the application of quantum computing, artificial intelligence, and hybrid cloud computing to pressing healthcare challenges.

    Quantinuum and Mitsui & Co. evaluate broad quantum utility

    Quantinuum and Mitsui & Co. trading company explore quantum computing potential across a range of its portfolio of activities.

    QC Ware and Roche explore biomedical image analysis

    A collaboration to explore quantum neural networks for biomedical image analysis.

    Atom Computing and Top-5 Pharma: Advancing Drug Discovery Through Neutral Atom Quantum Computing

    Atom Computing partnered with a leading Top-5 pharmaceutical company to leverage neutral atom quantum computing for accelerating drug discovery and molecular simulation. This collaboration focuses on using Atom Computing's scalable quantum systems to solve complex computational chemistry problems that are intractable for classical computers, potentially reducing drug development timelines and costs.

    ZZZ 1QBit, Biogen, and Accenture: Advancing Drug Discovery Through Quantum Computing

    1QBit partnered with Biogen and Accenture to explore quantum computing applications in drug discovery and molecular simulation. This collaboration aimed to accelerate the identification of new therapeutic compounds and optimize drug development processes using quantum-enabled computational methods.

    IBM and Anthem Partnership: Exploring Quantum Computing for Healthcare Data Analytics

    IBM Quantum and Anthem, one of the largest health insurance companies in the United States, partnered to explore quantum computing applications for healthcare data analysis and optimization. This collaboration aimed to investigate how quantum computing could enhance predictive analytics, risk assessment, and personalized healthcare services for Anthem's millions of members.

    IBM and Quantum Network Partnership with MIT: Advancing Quantum Computing Research and Education

    IBM and MIT have established a comprehensive quantum computing partnership through the IBM Quantum Network, providing MIT researchers and students with cloud-based access to IBM's quantum processors and systems. This collaboration has enabled groundbreaking research in quantum algorithms, error correction, and applications across multiple disciplines while training the next generation of quantum scientists.

    Quantinuum and Google search for quantum circuit optimization

    A collaboration between Quantinuum and Google DeepMind to explore AI-enhanced quantum circuit optimization.

    Google Quantum AI and Boehringer Ingelheim Partnership for Molecular Simulation in Drug Discovery

    In 2021, Google Quantum AI and Boehringer Ingelheim announced a groundbreaking partnership to explore quantum computing applications in pharmaceutical research, focusing on molecular dynamics simulations for drug discovery. This collaboration aims to leverage quantum computing's potential to simulate complex molecular interactions that are computationally intractable for classical computers.

    Google and Boehringer Ingelheim Pharmaceutical Research

    Exploring drug discovery and molecular modeling for future advantages in pharmaceutical development.

    Qrypt and Mattermost build encryption for communications

    Integrating quantum-safe encryption technology to protect internal communications in Mattermost's open-source collaboration platform.

    Haiqu and Xanadu collaborate on open source quantum computer

    Haiqu, Open Quantum Design and Xanadu are collaborating on an open-source quantum compiler.

    Intel-AIST Quantum Computing Research Collaboration for Advanced Materials and Device Development

    Intel Corporation and Japan's National Institute of Advanced Industrial Science and Technology (AIST) have partnered to advance quantum computing hardware research, focusing on silicon-based quantum devices and cryogenic control systems. This collaboration leverages Intel's semiconductor expertise with AIST's materials science capabilities to accelerate the development of scalable quantum computing technologies.

    IonQ and AWS Braket Partnership: Democratizing Access to Trapped Ion Quantum Computing

    IonQ partnered with Amazon Web Services to integrate its trapped ion quantum computers into the AWS Braket cloud platform, enabling researchers and businesses worldwide to access high-fidelity quantum computing resources on-demand. This collaboration has significantly lowered barriers to quantum computing adoption by providing seamless cloud access to IonQ's quantum processors alongside classical computing resources.

    IQM, Eviden, and CSC Partnership: Advancing European Quantum Computing Infrastructure

    IQM Quantum Computers partnered with Eviden (an Atos business) and CSC - IT Center for Science to deliver and integrate quantum computing systems into Finland's national supercomputing infrastructure. This collaboration aims to establish Europe as a leader in quantum computing by combining IQM's quantum hardware expertise with Eviden's system integration capabilities and CSC's high-performance computing infrastructure.

    IQM and Hewlett Packard Enterprise Strategic Partnership for Hybrid Quantum-Classical Computing Solutions

    IQM, a European quantum computing leader, partnered with Hewlett Packard Enterprise (HPE) to integrate quantum processors with HPE's high-performance computing infrastructure. This collaboration aims to accelerate quantum computing adoption by providing seamless hybrid quantum-classical computing solutions for research institutions and enterprises.

    IQM and HQS Quantum Simulations: Advancing Quantum Computing for Materials and Drug Discovery

    IQM, a leading quantum computer manufacturer, partnered with HQS Quantum Simulations to integrate quantum algorithms and simulation software with IQM's quantum hardware platforms. This collaboration aims to accelerate practical quantum applications in materials science, drug discovery, and chemical simulations by combining IQM's superconducting quantum processors with HQS's specialized quantum simulation software.

    IQM and Jülich Supercomputing Centre: Advancing European Quantum Computing Infrastructure

    IQM Quantum Computers partnered with Jülich Supercomputing Centre (JSC) to develop and deploy quantum computing systems as part of the Quantum Computing User Infrastructure for Europe (QCUIE) project. This collaboration aims to integrate quantum processors into Europe's leading HPC infrastructure, providing researchers with access to cutting-edge quantum computing resources.

    IQM and Leibniz Supercomputing Centre Pioneer Quantum-HPC Integration in Europe

    IQM Quantum Computers partnered with the Leibniz Supercomputing Centre (LRZ) to integrate quantum computing capabilities into one of Europe's leading HPC facilities. This collaboration established Germany's first quantum-HPC hybrid computing environment, enabling researchers to explore quantum algorithms for scientific computing applications while developing the infrastructure for future quantum-accelerated workflows.

    IQM-NVIDIA Partnership: Accelerating Quantum-Classical Computing Integration

    IQM and NVIDIA have partnered to integrate quantum processing units with NVIDIA's GPU-accelerated classical computing infrastructure, enabling hybrid quantum-classical algorithms and advancing practical quantum computing applications. This collaboration focuses on developing seamless integration between IQM's quantum processors and NVIDIA's CUDA Quantum platform to accelerate quantum algorithm development and deployment.

    IQM and VTT Partnership: Advancing European Quantum Computing Infrastructure

    IQM Quantum Computers and VTT Technical Research Centre of Finland have formed a strategic partnership to develop and deploy quantum computing infrastructure in Finland and across Europe. This collaboration combines IQM's quantum processor expertise with VTT's research capabilities and facilities to accelerate the development of practical quantum computing applications.

    Microsoft Quantum and University of Sydney: Advancing Topological Quantum Computing Through Station Q Sydney

    Microsoft Quantum partnered with the University of Sydney to establish Station Q Sydney, a world-leading quantum research facility focused on developing topological qubits for scalable quantum computing. This collaboration combines Microsoft's quantum development resources with the University of Sydney's expertise in quantum physics and engineering to create more stable and error-resistant quantum computing systems.

    Nu Quantum and CERN White Rabbit: Advancing Quantum Network Synchronization

    Nu Quantum partnered with CERN's White Rabbit technology to develop ultra-precise timing synchronization for quantum communication networks. This collaboration combines Nu Quantum's quantum networking expertise with White Rabbit's sub-nanosecond timing precision to enable reliable quantum information transfer across distributed quantum computing systems.

    PsiQuantum and Illinois Quantum And Microelectronics Park: Building America's First Utility-Scale Quantum Computing Facility

    PsiQuantum, a leading quantum computing company focused on building error-corrected quantum computers, partnered with the Illinois Quantum and Microelectronics Park to establish a major quantum computing manufacturing and operations facility in Chicago. This partnership represents a significant milestone in bringing utility-scale quantum computing to the United States, with the goal of deploying million-qubit systems capable of solving commercially relevant problems in pharmaceuticals, materials science, and clean energy.

    QuantX Labs and Australian Government Strategic Quantum Computing Initiative

    QuantX Labs partnered with the Australian Government to develop quantum computing solutions for national security, climate modeling, and healthcare optimization. This collaboration aims to position Australia as a global leader in quantum technology while addressing critical national challenges through advanced computational capabilities.

    QuEra, AIST, and NVIDIA Collaborate to Advance Neutral Atom Quantum Computing for Scientific and Industrial Applications

    QuEra Computing partnered with Japan's National Institute of Advanced Industrial Science and Technology (AIST) and NVIDIA to develop hybrid quantum-classical computing solutions using neutral atom quantum technology. This collaboration aims to accelerate quantum algorithm development and enable practical applications in optimization, materials science, and machine learning through the integration of QuEra's neutral atom quantum computers with NVIDIA's GPU-accelerated classical computing infrastructure.

    QuEra Computing and Massachusetts Government Quantum Computing Partnership for Optimization and Public Services

    QuEra Computing, a Boston-based quantum computing company specializing in neutral atom quantum computers, partnered with Massachusetts state government agencies to explore quantum computing applications in public sector optimization problems. This collaboration aims to leverage QuEra's analog quantum computing capabilities to address complex computational challenges in transportation planning, resource allocation, and public health optimization.

    SandboxAQ and Deloitte Strategic Alliance for Enterprise Quantum and AI Solutions

    SandboxAQ and Deloitte formed a strategic alliance to accelerate enterprise adoption of quantum technologies and AI solutions across multiple industries. The partnership combines SandboxAQ's advanced quantum simulation and AI platforms with Deloitte's global consulting expertise to deliver transformative solutions for complex business challenges.

    Zapata Computing and Biogen Partnership: Advancing Drug Discovery through Quantum Machine Learning

    Zapata Computing partnered with Biogen to explore quantum computing applications in drug discovery and molecular simulation, focusing on developing quantum-enhanced machine learning models for pharmaceutical research. This collaboration aimed to accelerate the identification of drug targets and optimize molecular properties using hybrid classical-quantum algorithms.

    Xanadu and AstraZeneca explore drug discovery

    Exploring quantum computing for drug discovery and molecular simulation, aiming to accelerate new drug identification.

    1QBit explore drug discovery with Accenture and Biogen

    Accenture Labs and 1QBit work with Biogen to apply quantum computing to accelerate the research around drug discovery.

    ZZZ IBM and Quantum Network Partnership with Major Tech Companies

    While IBM has not announced formal quantum computing partnerships specifically with Apple or Amazon, IBM Quantum Network includes over 180 organizations exploring quantum computing applications. IBM has established partnerships with other major tech companies and continues to expand its quantum ecosystem through cloud-based quantum computing access and collaborative research initiatives.

    CQC and Crown Bioscience explore drug discovery

    Exploring quantum computing for drug discovery and molecular simulation, demonstrating up to 100x speedup in specific molecular property calculations.

    Cambridge Quantum Computing and Roche Partnership: DELETE ME DUPE

    Cambridge Quantum Computing (now Quantinuum) partnered with pharmaceutical giant Roche to explore quantum computing applications in drug discovery and development. This collaboration focused on leveraging quantum algorithms and machine learning to accelerate the identification of novel drug compounds and optimize molecular simulations for pharmaceutical research.

    CQC and Roche partner for drug discovery

    Applying quantum computing to drug discovery, Roche and CQC (now Quantinuum) aimed to reduce development timelines by 20-30% through advanced molecular simulation.

    ZZZ CQC and Honeywell Quantum Solutions: Mer DELETE

    In 2021, Cambridge Quantum Computing (CQC) and Honeywell Quantum Solutions merged to create Quantinuum, combining CQC's quantum software expertise with Honeywell's trapped-ion quantum hardware capabilities. This partnership aimed to accelerate the development of commercial quantum computing applications across multiple industries.

    IBM Quantum Network Partnership with RIKEN and Cleveland Clinic

    IBM has established strategic quantum computing partnerships with both RIKEN in Japan and Cleveland Clinic in the United States to advance quantum computing applications in scientific research and healthcare. These collaborations aim to accelerate the development of practical quantum algorithms for drug discovery, materials science, and biomedical research through access to IBM's quantum systems and expertise.

    Industry Details

    Target Roles

    Systems Integration Engineer
    Quantum Cloud and Platform Provider
    Quantum Solutions Provider
    Quantum Algorithm Developer
    Business Decision-Maker
    Software Engineer
    Domain Expert
    Quantum Chemist