Gemini Lab: Quantum Computing Experimental Platform

•     In the Gemini Lab the user can measure the bit frequency, learn how to initialise the quantum system, build quantum logic gates, and reconstruct quantum states – giving unprecedented learning potential for quantum engineering.

•      Demonstrates quantum optimisation algorithms, quantum simulations, optimal control and other exploratory subject experiments are predesigned for research experiments

•     This is a  scientific research experimentation platform for quantum information

•     Equipped with complete quantum computing teaching materials, and supports teaching and self-study;

•     Includes hardware modules, parameter measurement, quantum control, pulse design, signal readout, and data processing;

•     Integrates a 2-qubit real quantum computing system and an up to 24 qubits quantum computing simulator;

•     Open interfaces ready to be connected to devices such as spectrum analysers;

•     Quantum coherence times of (T1: 10 seconds; T2: 300 ms);

•     Single qubit gate fidelity of 0.996 & multi-gate fidelity of 0.993;

•     Number of single-bit quantum gate operations: 100 Gates;

•     50 multi-gate qubit operation;

•     14 built-in quantum demonstration algorithms;

•     Pulse resolution 10 ns;

•     Phase Resolution 0.01°;

•     Mains Power Rating: 100~240V AC；50/60Hz；Single Phase;

•     Can be used as a client to connect other desktop NMR quantum computers, to build a quantum computer network;

•     Supports users in writing their own quantum computation programs and running test results independently;

•     Portable quantum computer (Height 427 mm closed / 222 mm open, Width 259 mm closed / 991 mm open , Depth 396 mm closed/ 396 mm open);

•     Weight 20 kg

•     Room temperature operation (10℃ to 35℃);