Authenticated Quantum Three Pass Protocol on One-Time Pad Cryptographic Technique

Abstract

A double precision security based application is presented on one-time pad (OTP) technique cryptography using quantum three-pass protocol (QTPP) for subsequent encoding and decoding of plaintext(s). The encoding message first transformed to quantum state, called photon particles, used as qubit, and after encoding that quantum state is rotated randomly by an angle  for each quantum bits. For the same, both parties agree over a random shared secret key generated by the system that are specific to the security services and works as hidden agents for the next session to establish. The encryption and decryption utilizes the quantum three-pass protocol for the OTP, and finally detailed analysis is presented.