Khalifa University students’ quantum library joins IBM’s Qiskit

An open-source Python library called ‘quantum-learn’, developed entirely by undergraduate students at Khalifa University, has been accepted into IBM’s Qiskit Ecosystem. This achievement places student work directly within a major professional quantum computing platform and subjects the library to weekly compliance checks for integration, compatibility and maintenance. Quantum-learn focuses on Quantum Machine Learning, abstracting common configurations to simplify the development of models combining quantum circuits and classical machine learning. The project reflects Khalifa University’s ambition to enable student contribution, demonstrating a pathway from learning the fundamentals of quantum computing to building practical tools for the wider quantum community. Quantum-Learn Library Integrates with IBM’s Qiskit Ecosystem The Khalifa University Quantum Computing Initiative’s open-source library, quantum-learn, now undergoes weekly compliance checks as a member of IBM’s Qiskit Ecosystem. This rigorous vetting process ensures the student-developed project maintains standards for integration, compatibility, licensing and ongoing maintenance within the professional quantum computing platform. Acceptance into the Qiskit Ecosystem requires projects to consistently meet these criteria, demonstrating a commitment to quality and sustainability beyond initial development. Quantum-learn specifically addresses challenges in Quantum Machine Learning (QML), a field combining quantum circuits with classical machine learning techniques to solve complex problems. The library abstracts common, lower-level configurations, simplifying the development process for QML models. This abstraction introduces estimator-style workflows familiar to machine learning practitioners, allowing them to fit models to data and generate predictions more efficiently. The design also includes backend-specific interfaces for both PennyLane and Qiskit, increasing its versatility and potential for integration with other quantum computing tools.Advertisement The library’s availability through the Python Package Index under an MIT open-source license further expands its accessibility. Implementation details, examples, and comprehensive documentation are freely accessible through the project’s GitHub repository, encouraging wider adoption and collaborative improvement. This open approach aligns with the Qiskit Ecosystem’s emphasis on community-driven development and knowledge sharing. According to the Khalifa University announcement, the project shows how a student-led initiative can connect education with practical software development, producing work that others can inspect, test and improve. The project’s origins lie within Khalifa University’s Quantum Computing Club, reflecting a broader institutional ambition to move beyond theoretical learning and support practical contributions to the quantum field. The Research and Development Division of the club provides students with a structured pathway, guiding them from introductory concepts to sustained technical work across areas like quantum machine learning, error correction and quantum chemistry. Quantum-learn is the division’s flagship open-source project, embodying this commitment to hands-on experience. Developing a publicly available library demands more than just algorithmic innovation; students involved with quantum-learn also gained experience in software architecture, testing, documentation and version control. These skills allow for the creation of software that is understandable and usable by a wider audience, extending its impact beyond the original development team. The initiative actively encourages contributions from researchers, educators and developers both within and outside Khalifa University. Users can test the library, provide feedback, improve the code, expand documentation and propose new features through GitHub pull requests. This collaborative approach not only allows future student teams to build upon an established project but also supports a vibrant community around quantum-learn. The library is now featured on Qiskit’s official list of third-party libraries, solidifying its position within the quantum computing landscape. Additional projects and information about the Khalifa University Quantum Computing Initiative are available through their GitHub organization and website, providing a central hub for ongoing research and development. The inclusion of quantum-learn in the Qiskit Ecosystem signifies Khalifa University’s commitment to student research, innovation, and strengthening the quantum ecosystem through education and open-source collaboration. Source: https://www.ku.ac.ae/khalifa-university-quantum-computing-initiatives-quantum-learn-library-joins-ibms-qiskit-ecosystem More like thisQuantum FundingRhymeQ gets $2.2M to let Python coders program quantum chipsQuantum Computing Business NewsQBraid OS Available to Early-Access Partners Including Diraq,, MemQHigh Performance ComputingqBraid OS unifies software for quantum processors and GPUsQuantum Computing NewsQuip launches QVM, a shared language for quantum and classical computersStay currentSee today’s quantum computing news on Quantum Zeitgeist for the latest breakthroughs in qubits, hardware, algorithms, and industry deals. Tags: