NMR Portable Quantum Computers

Elevate your students education by enabling them to interact directly with real-world, physical quantum phenomena.

Case Studies

SPINQ

Gemini™ Lab

Quantum Computing

Experimental Platform

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.

Advantages

  • Each step of low-level operations provides a complete experience, from understanding and measuring quantum systems to controlling them and executing quantum computing tasks.

  • The open chassis provides a clear view of key components, including experimental samples, magnetic field, uniformity control, RF, and main control modules.

  • These principles are adaptable across all leading quantum computing technologies, fostering the development of talent in quantum information science.

  • With clear objectives, procedures, and outcomes, the setup is ready for courses like classical mechanics, modern physics, and research experiments, offering a 'ready-to-use' solution.

Features

  • Help students, even beginners, build a solid foundation in quantum computing through hands-on experiments that quickly teach essential concepts and operations.

  • Dive into various quantum algorithms with graphical and quantum programming, and validate your results on both real quantum systems and classical simulators.

  • Gain expertise in quantum technologies like simulation, precision measurement, communication, spin resonance, and pulse control through experiment switching, equipment setup, and pulse waveform design.

  • Participate in semi-open exploratory experiments, including quantum optimization algorithms, simulations, and control optimization, all while also serving as a platform for quantum information research.

Spin

Qubit

Experimental System

A genuine quantum experimental apparatus based on spin qubits offers high hardware openness and rich experimental interaction content, covering the observation of quantum physical phenomena, fundamental quantum experimental techniques, and practical radio frequency and digital signal processing. It facilitates the enhancement of students' capabilities in quantum information experiments and engineering applications.

Advantages

  • Employs tangible interaction methods consistent with traditional scientific instruments, offering open interfaces for various experimental devices.

  • Graphically visualizes experimental data, providing real-time feedback on experimental outcomes and phenomena.

  • Animated short videos vividly illustrate underlying experimental principles, supporting teachers' instruction and enhancing students' comprehension.

  • Provides complete experiment lesson plans, including detailed explanations of experimental principles, sample lab reports, and other essential materials.

SPINQ

Gemini™

Mini/Mini Pro

2-qubit Portable NMR

Quantum Computer

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.

Advantages

  • Leveraging NMR principles, it enables quantum computations on real teaching instruments, ensuring highly credible results.

  • Featuring a built-in touchscreen and control system, it offers an all-in-one operation without external devices, making it more convenient and easy to use.

  • Runs consistently across a broader range of room temperatures, offering excellent cost-efficiency and requiring no maintenance.

  • Connects seamlessly with SpinQit, SpinQ’s custom software toolkit, enabling diverse quantum programming applications.

Features

  • Enables the real implementation of all single-qubit and two-qubit logic gates, laying the foundation for universal quantum computing.

  • Supports graphical quantum programming and a Python-based hybrid framework, offering flexible algorithm design and a learning path from basic to advanced levels.

  • With a 2-qubit quantum system,It supports the real-machine demonstration of custom quantum algorithms, as well as typical quantum experiments such as Bell inequality verification.

  • Includes courses, exercises, and real quantum computing practice, making it an ideal platform for learning and teaching quantum information.

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