Possible Teleportation of Quantum States using Squeezed Sources and Photonic Integrated Circuits

Emergent quantum technologies are opening up new horizons for researchers of different disciplines. One such promising technique is the teleportation of a quantum state. Theoretical physics and telecommunication are different fields for which quantum teleportation can be fruitful. Additionally, squeezed state of light is introduced in this paper as a tool for measurement accuracy improvement. Moreover, with the help of integrated Mach-Zehnder photonic cells and squeezed light source, we propose the use of a quantum photonic computation method (continuous variable quantum states) for the sake of quantum teleportation. We will further try to implement a quantum key distribution (QKD) algorithm based on this method and validate its feasibility as well.