Stability of entangled carriers against continuous noise

Similar to the role of carriers in classical communications as a medium for transmitting messages, entangled states can also be considered that plays information carrier. In this way, we define protocols with quantum which used secret-sharing. The outspread secret-sharing many users is substructure internet, so it essential study such terms their practical implementations. Since are performed noisy environments without interruption, necessary investigate performance under continuous noise. This paper studies stability these against dephasing and depolarizing It shows despite constant effect noise, carrier remains two types spaces basis, forms complete carrier’s qubits. These compatible protocol performance; therefore, stable noise effect.