Quantum System for Generating Random Phase-Manipulated Emissions with a Controllable Electromagnetic Center

Area of Science:

• Quantum Physics
• Electromagnetics
• Signal Processing

Background:

• Traditional signal generation methods lack real-time randomness and precise control.
• Controllable electromagnetic centers are crucial for advanced communication and sensing systems.
• Quantum phenomena offer unique capabilities for secure and unpredictable signal manipulation.

Purpose of the Study:

• To present a novel quantum system for generating random, phase-manipulated emissions.
• To develop a controllable electromagnetic center using synchronized quantum sources.
• To enable real-time control of signal parameters via quantum-generated keys.

Main Methods:

• Utilized two synchronized sources at distinct spatial locations.
• Employed quantum-generated keys to form real-time random sequences for digital phase manipulators.
• Developed a block diagram for controlling operating frequency, modulation sequences, emission phases, manipulation periods, and signal power.

Main Results:

• Successfully developed a laboratory prototype of the quantum system.
• Demonstrated feasibility of the proposed method and block diagram through conducted tests.
• Achieved uniform or controllable differences in signals from two sources at a specific point.

Conclusions:

• The proposed quantum system effectively generates random, phase-manipulated emissions with a controllable electromagnetic center.
• The developed theoretical and technical solutions are applicable to systems with random frequency manipulation and variable manipulation periods.
• This research paves the way for advanced quantum-based signal generation and control technologies.