Qkit Quantum Teaching Simulation Kit
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Qkit Quantum Teaching Simulation Kit
Product Overview
Quantum information technology is an emerging scientific and technological field; however, the general public and students often find it difficult to access and understand the fundamental concepts and basic experiments of quantum information. Currently, there are two main types of products used in popular science education and teaching demonstrations in the field of quantum information technology: one is virtual simulation software entirely developed using computer programs, and the other is physical experimental apparatus built entirely from real-world hardware components. Virtual simulation software lacks interactivity and cannot provide a genuine hands-on experience, making it inconvenient to operate the devices. On the other hand, physical experimental setups pose safety risks due to factors such as strong light and high voltage, and they also suffer from drawbacks including high costs, stringent requirements for the experimental environment, difficulty in maintenance, and lack of flexibility in combination and customization.
The Qkit Quantum Teaching Simulation Kit is designed for classroom demonstration scenarios. It comprises electronic modules and computer software to form a comprehensive demonstration system. The kit comes with built-in simulated experimental data, enabling it to replicate various quantum phenomena such as quantum key distribution and quantum entanglement. Users can assemble the kit according to specific experiment requirements, set device states, and obtain corresponding results. With its magnetic attachment design, the kit can be easily affixed to magnetic blackboards or whiteboards. Additionally, the accompanying host-computer software allows users to modify device states and visualize results. This kit represents a cost-effective solution specifically tailored for quantum information teaching demonstrations and hands-on student learning.
Product Parameters
| Serial number | Module | Performance parameters |
| 1 | Simulation module | (1) 1 main light source module (Light Source 1), 1 slave light source module (Light Source 2), 3 Hadamard gate modules, 2 measurement modules, 1 controlled NOT gate module, 1 coincidence counting module, 1 light source driver module, 9 HDMI cables, 1 power cable, and 1 charging cable. (2) WiFi connection; (3) Magnetic attachment support; |
| 2 | Software module | (1) Standard equipment includes a tablet computer and quantum teaching simulation suite software; |
Experimental Content
| Serial number | Experiment Name | Example of experimental results |
| 1 | 1. BB84 protocol quantum key distribution experiment; 2. Replay attack experiment; 3. Quantum cloning attack experiment; 4. Quantum entanglement experiment; |
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