EQuIP: A Novel Quantum Internet Protocol via Dynamic Entanglement and Distribution
By Sanchali
The proposed research aims to develop a framework for the quantum internet to ensure the instantaneous, secure, and loss-free transmission of data between devices in the network. In response to user queries, the ideated system will dynamically generate entangled qubit pairs to ensure greater efficiency in information teleportation via a quantum network. Implemented using NetSquid, the simulation of this network involves the creation of two entangled qubits upon demand from one device to transmit information to the other. The quality of teleportation is evaluated by calculating the fidelity between the final and intended qubits. Ultimately, the novel dynamic approach, titled Event-Driven Quantum Internet Protocol (EQuIP), yielded a fidelity of 88.4%, which is comparable with the alternative approach of direct pairwise entanglements. Therefore, EQuIP is an effective framework for a scalable quantum internet to ensure accurate and efficient data transmission.