Heisenberg spin 1/2 systems show exotic nature of ground state, which gives rise to a number of interesting quantum phenomena, like being a state of quantum mechanically entangled spins which also exhibits its signature at finite temperature. Such entangled spin qubits can be exploited to test protocols of quantum computation. Studies have shown intimate connection between magnetism and quantum correlations like entanglement, discord etc. Hence to implement protocols of quantum information more efficiently, a clear picture about magnetic ordering and magnetic interactions among the spins are necessary. Therefore, the motivation of the project would be to investigate the unexplored magnetism in the system by muSR which is hard to capture by thermodynamic measurements, and to use that knowledge from muSR in developing quantum computation protocols aimed to be implemented on the system.