This lab demonstrates the Amazon Braket service by creating a circuit in the quantum circuit simulator. This lab provides an immersive learning experience that allows you to dive into performing quantum operations using Amazon Braket. The lab allows you to perform quantum computing using an Amazon Braket Notebook instance. In the lab you create your fist quantum circuit using a full state-vector simulator (SV1) and a tensor-network simulator (TN1) device. Upon logging into the AWS Console, you navigate to the Amazon Braket notebook and perform your quantum operations within the Amazon Braket notebook. Inside the Amazon Braket notebook you prepare a GHZ State (named after the three physicists Greengerger, Horne, and Zeilinger). The GHZ state is often referred to as the “Hello World” tutorial of quantum computing. When the quantum tasks are complete, your results are saved to an Amazon S3 bucket where you can download and review the results.
Level
Intermediate
Duration
0 Hours 30 Minutes
Course Objectives
By the end of this lab, you will be able to do the following:
- Have a general knowledge of the quantum devices offered by Amazon Braket.
- Create a GHZ quantum circuit with the Amazon quantum circuit simulator.
- View the results of your first quantum circuit, which are saved to Amazon S3 by the Amazon Braket service.
Intended Audience
This course is intended for:
- Infrastructure Engineers
- Cloud Architects
- Developers
Prerequisites
This lab requires:
- Familiarity with the basic navigation of the AWS Management Console.
- Versed in running Jupyter notebooks and/or python scripts.
- A general awareness of quantum computing and understanding of quantum circuits.
Course Outline
- Task 1: Explore the Quantum devices in the Amazon Braket service
- Task 2: Access the Amazon Braket notebook instance
- Task 3: View results of your first Quantum Circuit in S3
