Realization of Hadamard gate quantum teleportation
Manisha Prajapat, Kamal Kishor Choure, Ankur Saharia +2 more
Quantum teleportation offers a basic process for distributed quantum information processing. This paper presents mathematical analysis of Hadamard gate quantum teleportation, instantly visualized by way of high-fidelity simulations using IBM Qiskit platform. In this protocol, Alice generates the state of Hadamard gate. Through the entangled qubits and quantum channel the Alice state is teleported to the Bob by using unitary operations to obtain the actual state of the Hadamard gate. The fidelity of this teleported state is confirmed by Bloch sphere and 3D probability graph of the generated state. Under the ideal condition of the proposed protocol teleportation fidelity of the Hadamard gate teleportation achieves 99.99%.
International Conference on Optical and Wireless Technologies (OWT)•Mar 30, 2026•0 citations