  A scheme for distributed quantum measurement that allows nondestructive or
indirect Bell measurement was proposed by Gupta et al., (Int. J. Quant. Infor.
\textbf{5} (2007) 627) and subsequently realized experimentally using an
NMR-based three-qubit quantum computer by Samal et al., (J. Phys. B,
\textbf{43} (2010) 095508). In the present work, a similar experiment is
performed using the five-qubit super-conductivity-based quantum computer, which
has been recently placed in cloud by IBM Corporation. The experiment confirmed
that the Bell state can be constructed and measured in a nondestructive manner
with a reasonably high fidelity. A comparison of the outcomes of this study and
the results obtained earlier in the NMR-based experiment has also been
performed. The study indicates that to make a scalable SQUID-based computer,
errors by the gates (in the present technology) have to be reduced
considerably.
