Quantum State Secure Transmission and Circuit Simulation in Smart Medical Care

With the rapid development of information science, the privacy protection of medical data has been paid close attention. Given that traditional encryption technology has some technical loopholes in the intractability of large prime number factorization and information transmission security, the security of medical data transmission based on classical encryption is challenged. Thanks to the uncertainty principle and quantum non-cloning theorem, quantum communication technology is relatively secure. The secure quantum state transfer protocol is also a popular topic in information transmission now. Thus, based on quantum technologies such as quantum teleportation, it is imperative to realize safe transmission in smart medical care. Based on the secure transmission of shared secret states, this paper designs a secure transmission model of medical data between multiple clients and servers, which does not need a trusted client node, thus improving the performance of resisting node attacks. In addition, by using qiskit, the protocol simulation is conducted. Compared with traditional medical data transmission, quantum state data transmission is more secure and undecipherable, achieving the secret transmission of medical data.