Efficient Quantum Text Transfer Using Teleportation and Entropy-based Compression
Basma Abdullah Al Kharusi, Hafiz M. Asif
Abstract In classical computing systems, the physical transfer of data (i.e., bits) is essential to transfer information from one place to another through a suitable channel (wired/wireless, etc.). Unlike classical systems, Quantum communication can take place between distant users without the physical transfer of the data, i.e., quantum bits or qubits. This paper presents how a classical compression protocol, when integrated with a quantum teleportation technique, can be utilized to transfer data between spatially distant users. The quantum text teleportation protocol (QTTP) aims to enable efficient and secure transfer of text-based data over quantum channels. Simulation programs have been carried out to gauge the performance of the proposed system under different conditions and noise levels. The simulation results indicate successful teleportation between distant users. Furthermore, the performance is enhanced when QTTP was used with Huffman coding. It has been demonstrated that the protocol is reliable especially in terms of reducing the error rate under 10% bit-flip noise from 10% to 1.11%.
Journal of Physics Conference Series•Apr 1, 2026•0 citations