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We provide comprehensive and cutting-edge quantum education solutions tailored for universities, K12 education, and various science popularization scenarios. By combining in-depth theoretical teaching with practical exercises, we offer customized classroom setups, professional teaching teams, and educational quantum computing equipment to help teachers and students master essential future skills in quantum computing.
We have created a series of customised courses covering professional experiments, secondary school classrooms and extracurricular science education, adapting to the diversified needs from professional experimenters to beginners. The knowledge system of the courses is set up by stages to ensure that people at different learning stages can find courses with the right level of difficulty.
To meet the different needs of school scenarios, we have designed diversified quantum computing lab solutions, including university and secondary school versions. Each lab is equipped with state-of-the-art quantum computing equipment and provides in-depth and easy-to-understand learning resources, allowing students to fully understand and master the essence of quantum computing through theoretical learning and hands-on practice.
The Bandung Institute of TechnologyWith the portable NMR quantum computer SPINQ Gemini Mini Pro, students can visualise the real quantum computing experience, thus stimulating their learning interest and curiosity, which is exactly the key reason why STEI ITB chose SpinQ's products as the teaching aids for quantum computing.
The University of Western AustraliaIn the process of quantum education, the University of Western Australia, through the use of the NMR quantum computers SPINQ Gemini and SpinQ Triangulum , not only bring real quantum computing experience to students and enhances their knowledge and skills in quantum computing, but also greatly facilitates the development of the university's quantum science-related programmes and further improves the quality of the university's quantum education.
Oslo Metropolitan UniversityThrough the hands-on experience of "seeing is believing", students can not only design and operate quantum circuits on their own, but also deepen their understanding of quantum algorithms and other knowledge through practice.
National Autonomous University of MexicoThe arrival of quantum computers allows us to analyse, process and enhance our teaching and learning, as well as giving students more opportunities to develop in the workplace and better expand their research at undergraduate and postgraduate level.
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As a one-stop experimental platform, it covers everything from quantum mechanics to computing. Equipped with advanced Radio Frequency technology and a highly open architecture, SPINQ Gemini Lab supports experiments from pulse-level to gate-level, and algorithm-level, making it ideal for both teaching and research in higher education.
It Provides a complete solution for quantum computing education and demonstrations, supporting any 3-qubit quantum algorithm and allowing users to freely write quantum programs. It also features open hardware-level pulse sequence editing. And it is cost-effective, maintenance-free, and highly stable.
It provides a complete solution for quantum computing education and demos, with a built-in touchscreen, control system, and curriculum for teaching and self-learning. It enables people with diverse academic backgrounds and knowledge levels to quickly grasp quantum computing basics and algorithm design.
With a newly designed pulse scheme, it provides a more stable experimental process, allowing for more diverse quantum computing experiments and meeting higher-level design requirements.