Summary
In this chapter, we covered some of the many effects that noise has on a quantum computing system. We discovered how we can measure decoherence effects using fitters to help visualize and test the quantum systems and calibrate the readout errors so as to apply error mitigation to the noisy results of a system. Finally, we leveraged the filter to mitigate the noisy results from a quantum device, which significantly reduced the errors.
In the next chapter, we will learn how to create quantum applications using the many features available in Aqua, where we can then look at creating quantum algorithms, and ultimately provide you with all the tools to create your own quantum algorithms and quantum applications.
