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Gemini Lab

Gemini Lab

Quantum Computing Experimental Platform

Gemini Lab is a full-stack quantum computing experimental platform. It is based on the principles of NMR (nuclear magnetic resonance) quantum computing, equipped with advanced radio frequency technology and miniaturized quantum systems. Capable of conducting real quantum computing experiments in a classroom environment, it is well-suited for use as experimental teaching equipment and a research platform for undergraduate and graduate students in higher education institutions.

Benefits

Full-Stack Experimental Course Solution

Provide a comprehensive set of teaching resources for quantum computing, including instructional content and experimental guidance, to meet the teaching needs of various experimental classrooms.

Universal Quantum Computing Principles

The experimental principles are applicable to all mainstream quantum computing technology paths, contributing to the cultivation of talent in quantum information.

Visualized Phenomena of Quantum Experiments

Visualization of hardware functions and graphical representation of experimental data make professional experiments intuitive and easy to understand.

Hands-on real quantum experiments

The fundamental physics layer is completely accessible, empowering immersive engagement in every facet of real quantum computing through a hands-on educational experiment format.

Features

Quantum Computing Principles Experiment

Engage in every step of genuine quantum computing experiments – from observing quantum phenomena and measuring quantum parameters to controlling quantum systems and processing quantum data. This hands-on approach allows you to master the fundamental principles and operational procedures of quantum computing.

Quantum Algorithm Experiments

In the context of specific problem applications, learn various quantum algorithms through graphical programming and quantum programming languages, and verify them in real quantum systems or classical simulators.

Comprehensive Quantum Technology Experiment

Learn a variety of quantum technologies through methods such as changing experimental samples, pairing with peripheral equipment, designing pulse sequence, and interactive experiments. This includes content on quantum simulation, quantum sensing quantum communication, spin magnetic resonance, pulse technique, and more.

Research-oriented Experiments

Offer various semi-open exploratory experiments, such as quantum optimization algorithms, quantum simulation, and optimization control. It can also serve as a research platform for quantum information.

Advantages

Open Structure

With visible internal structures and operable hardware modules, our quantum computer provides a unique opportunity to understand quantum information technology from a hardware perspective, making it an invaluable resource for users.

Comprehensive in Content

The experiment includes the foundational principles of quantum computing, control techniques, quantum algorithms, programming languages, research topics, and underlying hardware.

Stable Performance

Benefit from NMR, known for superior controllability and prolonged stability - leading the way in quantum computing reliability.

Convenient Usage

With its compact size, maintenance-free operation, and room-temperature capability, experience real quantum computing in any classroom setting.

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