System and method for layered quantum communication using weak measurements and intention signals in controlled sessions

Abstract

The subject of the application is a system and method for layered quantum communication using weak measurements. The solution enables information transfer through intent detection rather than classical bit values. The system comprises a data plane with signal qubits and a control plane with control qubits assigned to session signals, confirmations, and verifications. Communication occurs in controlled sessions, which include initiation, transmission, and termination stages. In synchronization mode, the control qubit positions can be dynamically shifted relative to the buffer length, allowing for flexible resource management. The solution can be implemented in quantum, hybrid, or emulated systems.