Home > Solutions:Quantum Education Solution > High School Quantum Computing Experimental Classroom
With the equipment and courses, students can learn the fundamental concepts of quantum mechanics, basic principles of quantum computing, foundational linear algebra, quantum algorithm design, and basic quantum programming.
Quantum physics, quantum information, and quantum computing play an important role in K-12 liberal arts education.Through appropriate theory transfer and experimental teaching,the establishment of a quantum computing laboratory classroom can develop students' innovative and problem-solving abilities, and lay a solid foundation for future learning and career development.
Teachers use desktop products for teaching, while students operate portable products. Students can experience real machine operations. Desktop and portable products can be connected to the education management system for use.
Teachers use desktop products as teaching tools, while students use secondary software or portable products for algorithm design and other operations. The teaching demonstration interface and student interface are unified.
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Shenzhen Gezhi AcademyThrough the cooperation with SpinQ, Shenzhen Gezhi Academy has founded the first secondary school quantum computing centre in the Greater Bay Area and carried out the popularization of quantum computing in secondary schools, which not only enhances students' understanding of high-end cutting-edge technology industries, but also fosters students' strong interest in science and technology, and enhances students' room for future development.
Shenzhen Middle SchoolThe teaching mode of "theory + practice" has achieved remarkable outcomesin the quantum computing elective course. Through theoretical teaching, students have grasped the basic concepts and principles of quantum computing; while by conducting quantum experiments with the real teaching equipment enables students to directly observe the unique experimental phenomena and results, which helps students to deepen their understanding of quantum knowledge and application ability.
Guilin Shoufu experiment Middle SchoolBy empowering school teachers, SpinQ hopes to help high school schools that are willing to build a special teaching system for "quantum computing" to train a group of teachers with the ability to teach the quantum computing curriculum, so as to open up the whole chain of high school quantum computing education, including "practical teaching aids, systematic lesson plans and teacher training". In this way, we can fully open up the whole chain of high school quantum computing education, and explore a new model for cultivating quantum computing talents.
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.