NMR Quantum Computer "Gemini" Successfully Delivered to Taiwan

SpinQ welcomed the New Year with a major milestone—the company's self-developed NMR quantum computer "Gemini" has been successfully delivered to Chung Yuan Christian University (CYCU), marking another important step in bringing practical quantum computing into academic environments.

Founded in 1955, Chung Yuan Christian University is a well-known private university located in Zhongli District, Taoyuan City. Guided by its Christian spirit of faith, hope, and love, CYCU is dedicated to advancing higher education and cultivating outstanding talent for the Chinese-speaking world. With 7 colleges, 26 departments, 24 master's programs, and 12 PhD programs, the university demonstrates strong academic performance in film studies, molding technology, nanotechnology, and biomedical engineering.

（Gemini is calibrated at CYCU）

SpinQ's Gemini is Calibrated and Ready in CYCU

The collaboration between CYCU and SpinQ focuses on integrating the NMR quantum computer Gemini into the university's cutting-edge research and education initiatives. The equipment has already arrived at the CYCU laboratory and has completed a full calibration process, ensuring stable performance for classroom teaching and scientific experiments.

According to CYCU, quantum computing is an essential forward-looking technology, and the NMR quantum computer provided by SpinQ is especially valuable for helping students and researchers learn fundamental quantum concepts and logic. Its accessibility makes it a powerful tool for education, scientific outreach, and early-stage research, supporting the cultivation of future talent in the quantum field. The university also expressed appreciation for SpinQ's comprehensive and attentive technical support.

A User-Friendly Platform for Quantum Education

As the world's first desktop NMR quantum computer, SpinQ Gemini was created to advance education and research in quantum mechanics and quantum computing. The device supports quantum superposition, quantum entanglement, and other essential quantum behaviors. Its intuitive software interface makes it easy for learners to explore multiple built-in quantum algorithms, edit quantum circuits, and run experiments to visualize results. Users can even design hardware-level pulses to create custom quantum gates. With transparent computing processes and open access to experimental data, Gemini offers an exceptionally friendly learning environment for non-specialists who want to quickly build foundational skills in quantum computing and quantum programming.

Growing Global Adoption of SpinQ Gemini

At present, the Gemini NMR quantum computer has already been adopted by several leading universities, including Beijing Institute of Technology, the University of Waterloo, and Chung Yuan Christian University. More than 20 additional universities and scientific institutions worldwide are currently planning or evaluating purchases.

Looking ahead, SpinQ will continue advancing new quantum technologies—including superconducting quantum computers—to provide users with stronger computing power and a more complete ecosystem in the coming era of quantum computing.