List of idea (the purpose/mission of this library)

[poig]

• making something like netqasm structure of SeQUeNCe, which allowed custom the action of each node and include eavesdropper action
• provide examples of usage in quantum cryptographic protocols, quantum communications and quantum networks, quantum algorithms for quantum cryptanalysis, and quantum attacks.
• visualization tool like the graph or animation of the communication process
• do a class that can calculate the necessary parameter from the LONGITUDE, LATITUDE, and height from a node, allowing visualization with the Basemap(with this can interact with another file type like .nc), and simulate quantum satellite
• according to Export qubit Hamiltonian for PulseSimulator qiskit-community/qiskit-metal#389 & Export Metal Calibrations for Noise Model qiskit-community/qiskit-metal#135 we can think about how to connect qiskit metal with qiskit-network, which can for example: simulate QRAM architecture and physical implementation
• GUI

[poig]

The first idea is the main mission of this library, others idea is for future exploration.
First Idea:
How the program should look like

1. import package, other things
2. building up an environment like node location/distance, channel, Rule, etc (have something for quick auto set up, or detail setup)
3. define each node action (option: custom(similar to netqasm) / default(similar to SeQUeNCe, all node running the same QKD, or things))
4. others component(how and what data to input/output for spectating, etc) & start to simulate

[poig]

Second Idea: reference from qiskrypt

• Emphasize the importance of quantum cryptography, as the better solution for the long-term, in the post-quantum era;
• Provide open-source implementations of quantum cryptographic protocols, including:
  • Key Distributions/Agreements:
    • Quantum Key Distributions (QKDs);
    • Semi-Quantum Key Distributions (SQKDs);
    • Quantum Conference Key Agreements (QCKAs);
    • Semi-Quantum Conference Key Agreements (SQCKAs);
  • Quantum Secure Multiparty Computations
  • Quantum Symmetric Encryption;
  • Quantum Zero-Knowledge Proofs;
  • Quantum Data Authentication:
    • Quantum Data Signature;
    • Quantum Message Authentication;
  • Quantum Data Integrity:
  • Quantum Cryptocurrencies;
• Offer some important primitives for quantum communications and quantum networks, such as:
  • Quantum Teleportation;
  • Quantum Entanglement Swapping;
  • Quantum Entanglement Distillation/Purification;
  • Quantum Repeaters;
  • Quantum Internet/Network Protocols;
• Offer, as well, some quantum algorithms for quantum cryptanalysis and quantum attacks, such as:
  • Grover's Algorithm;
  • Simon's Algorithm;
  • Shor's Algorithm;

[poig]

Third idea:
making component that can visualize each save instruction, which can interact or quick print results.