Toyo Technica Launches Quantum Physics Educational Kit for Universities and Technical Colleges
Toyo Technica has partnered with QZabre AG to launch the "Quantum Edukit" on April 9, 2026. This kit allows for practical learning of quantum physics from basic principles to applications and experimental device operation.
📋 Article Processing Timeline
- 📰 Published: April 9, 2026 at 19:30
- 🔍 Collected: April 9, 2026 at 11:00
- 🤖 AI Analyzed: April 20, 2026 at 10:45 (263h 45m after Collected)
Toyo Technica (Head Office: Chuo-ku, Tokyo; President and CEO: Toshiya Kono; hereinafter referred to as Toyo Technica) has entered into a sales agency agreement with QZabre AG (hereinafter referred to as QZabre), a Swiss company that develops quantum sensors using quantum technology and promotes education in quantum physics. We will begin sales of the "Quantum Edukit", an educational kit that allows for practical learning from the fundamentals to applications of quantum physics and the operation of experimental equipment, on April 9, 2026.
One of the features of this kit is its compact and portable design, intended for classroom use, making it easy to introduce into educational settings regardless of location. By selling this kit to educational institutions such as domestic universities and colleges of technology, and utilizing it in physics and applied physics classes, we aim to contribute to the development of quantum human resources. Furthermore, upon the commencement of handling this kit, Toyo Technica's application specialists will provide support from introduction to operation to ensure educational effectiveness in the field.
【Overview】
The "Quantum Edukit" manufactured by QZabre is an experimental educational kit that utilizes the diamond NV center (a structural defect formed by nitrogen atoms (N) and vacancies (V)), which is used in representative quantum sensors. It is designed so that students majoring in physics and applied physics can learn the fundamental concepts of quantum physics experientially through experiments. In this kit, by irradiating the diamond NV center with lasers and microwaves, the change in fluorescence intensity (ODMR: Optically Detected Magnetic Resonance) that occurs is detected. Since this fluorescence intensity changes according to the surrounding magnetic field, it is possible to visualize and quantitatively evaluate changes in weak magnetic fields in real-time. This allows for an understanding of fundamental quantum physics concepts such as superposition of quantum states, spin manipulation, and the interaction between light and matter through actual measured data.
Furthermore, it contributes not only to quantum sensing but also to understanding the fundamental principles supporting quantum technologies such as quantum computing and atomic clocks, and to acquiring basic experimental skills and handling optical and electronic equipment used in actual quantum research.
This kit has a compact footprint of approximately 50cm (width) x 30cm (depth), making it suitable for classroom use and portability. Its excellent operability is a major feature that facilitates the introduction of quantum education in educational institutions.
Toyo Technica's specialized application specialists will provide support from the introduction to the post-introduction phase of this kit.
One of the features of this kit is its compact and portable design, intended for classroom use, making it easy to introduce into educational settings regardless of location. By selling this kit to educational institutions such as domestic universities and colleges of technology, and utilizing it in physics and applied physics classes, we aim to contribute to the development of quantum human resources. Furthermore, upon the commencement of handling this kit, Toyo Technica's application specialists will provide support from introduction to operation to ensure educational effectiveness in the field.
【Overview】
The "Quantum Edukit" manufactured by QZabre is an experimental educational kit that utilizes the diamond NV center (a structural defect formed by nitrogen atoms (N) and vacancies (V)), which is used in representative quantum sensors. It is designed so that students majoring in physics and applied physics can learn the fundamental concepts of quantum physics experientially through experiments. In this kit, by irradiating the diamond NV center with lasers and microwaves, the change in fluorescence intensity (ODMR: Optically Detected Magnetic Resonance) that occurs is detected. Since this fluorescence intensity changes according to the surrounding magnetic field, it is possible to visualize and quantitatively evaluate changes in weak magnetic fields in real-time. This allows for an understanding of fundamental quantum physics concepts such as superposition of quantum states, spin manipulation, and the interaction between light and matter through actual measured data.
Furthermore, it contributes not only to quantum sensing but also to understanding the fundamental principles supporting quantum technologies such as quantum computing and atomic clocks, and to acquiring basic experimental skills and handling optical and electronic equipment used in actual quantum research.
This kit has a compact footprint of approximately 50cm (width) x 30cm (depth), making it suitable for classroom use and portability. Its excellent operability is a major feature that facilitates the introduction of quantum education in educational institutions.
Toyo Technica's specialized application specialists will provide support from the introduction to the post-introduction phase of this kit.