Quantum security using property of a quantum wave function
Wafa Elmannai, Khaled M. Elleithy, Varun Pande, Elham Geddeda · 2014
Security over communication is totally essential especially for critical applications such as Military, Education and Financial applications. Unfortunately, many security mechanisms can be broken with new developments in classical computers. Quantum computers are capable of performing high speed simultaneous computations rather than sequentially as the case in classical computers do. In order to break a symmetric encryption algorithm, the attacker needs to find all the potential key combinations to get the right one. In this paper, we are introducing a secure protocol that considers the Qubit as a wave function. The beauty of the work is that the proposed protocol is based on time stamp that can only be broken by the correct set of time value, wave function, Qubit position, and other attributes such as: velocity, and phase of the Qubit. Moreover, using quantum tunneling makes the proposed protocol stronger by providing a very strong secure password protection mechanism using just one Qubit.