Quantum Antenna Behavioral Analysis Using Quantum Tunneling

This paper explores the impact of quantum tunneling on quantum antenna directivity. Quantum tunneling, where particles traverse barriers classically considered insurmountable, is crucial in technologies such as semiconductor devices and nuclear fusion. This paper investigates how tunneling influences antenna performance using theoretical analysis and practical simulations with the QuTiP library in a Jupyter Notebook. The results reveal the significant effects of quantum tunneling on directivity, emphasizing the importance of quantum principles in designing advanced communication systems. This research paves the way for innovations in quantum antenna technology.