Simulation of NMR implementation of Deutsch-Jozsa algorithm

Quantum Computation is slowly evolving as the next big innovation that would change the entire way we perceive the world around us. Even though many scientists are actively researching on it, one main hurdle is that a physical quantum computer is not readily available to everyone to work on. The present paper computationally simulates a quantum algorithm using nuclear magnetic resonance on four different kinds of molecules and shows that the spectra obtained are similar to the experimental results. Computational simulations like these would allow researchers to verify their quantum algorithms using NMR without actually having a physical device hence overcoming the hurdle.