Foxconn Education Foundation Launches 5-Day High School Quantum Computing Camp

(Taipei, June 13, CNA reporter Chung Jung-feng) The Foxconn Education Foundation today officially launched its 5-day '2026 High School Quantum Computing Summer Learning Camp.' In collaboration with the Chung Yuan Christian University Quantum Information Center and the National Taiwan University–IBM Quantum Computing Center, the program guides high school students step by step into the world of quantum technology—from qubits and quantum entanglement to quantum algorithms and hands-on implementation on the IBM Quantum platform.

In a press release, the Foxconn Education Foundation stated that quantum technology is considered a critical emerging field, closely linked to the future of information processing, communication security, and high-performance computing. Since 2020, the foundation has hosted an annual summer quantum camp for high school students, marking its 7th year in 2026. This year’s theme is 'Even High School Students Can Write Quantum Programs,' delivered through a hybrid format of in-person and online participation to expand access for students across different regions.

The 5-day curriculum covers an introduction to quantum computing, the latest developments in quantum computers, fundamentals of classical mechanics and modern physics, an overview of quantum hardware and software, and the differences between quantum and classical computing. Students will also gain hands-on experience using IBM systems to write basic quantum circuits and understand concepts such as two-qubit operations and entangled states, transforming abstract quantum knowledge into tangible, discussable learning experiences.

The foundation emphasized its ongoing efforts to connect quantum education resources from universities and research institutions and adapt them into accessible content for high school students. The goal is to lower the entry barrier to quantum technology, enabling students not only to hear about it but to build foundational understanding through coursework and practical application.

Dr. Wang Yong-he, Executive Director of the Foxconn Education Foundation, noted that quantum science is relatively abstract for high schoolers and requires early exposure to open pathways for understanding. She stated that the quantum camp not only introduces students to emerging technologies but also inspires them to rethink their future academic and career directions. (Edited by Su Chih-tsung) 1150713