Machine Learning for Semiconductor Quantum Devices
Advanced
30-35 H
Quantum Applications
Quantum Applications
Quantum Hardware and its Applications with Quantum Inspire
Level
Intermediate
Modules
8 Modules
Duration
24-30 H
Instructor
M. Matters, M. Rimbach-Russ, C. V. Meinersen, K. Capannelli, F. Grooteman
Course info
Dear learners,
Welcome to Quantum Hardware and its Applications with Quantum Inspire.
This course will introduce you to the field of quantum computation beyond the theoretical aspects. It is designed for engineers, technicians, software developers, data scientists, professionals with a STEM background, students and quantum enthusiasts.
Using QuTech’s Quantum Inspire platform, the focus will be on the hardware of the quantum computer, its basic applications and the software tools required to run it. You will experiment and execute quantum algorithms using real quantum hardware and the various simulation tools provided by the Quantum Inspire (QI) platform. Once a brief overview of the quantum hardware and quantum algorithms that can be run on it is given, you will delve into the various QI tools, including cQASM, a programming language developed to operate on a quantum computer, and QI Software Development Kit (SDK), that will allow you to develop and execute your algorithms on the quantum computers developed by QuTech.
The course is a journey of discovery, so we encourage you to bring your own experiences, insights and thoughts via the forum. Our Community TAs will be available during working days to support you. We aim to answer all your questions within 24-48 hours.
We hope you enjoy the course with us!
Kind Regards,
The course team
1.
Module 1: Introduction to Quantum Inspire
Intro
Log in to access module Intro1.1 Introduction to the Quantum Inspire platform
Log in to access module 1.1 Introduction to the Quantum Inspire platform1.1 Quiz
Log in to access module 1.1 Quiz1.2.1 What is a Quantum Computer? (part 1)
Log in to access module 1.2.1 What is a Quantum Computer? (part 1)1.2.2 What is a Quantum Computer? (part 2)
Log in to access module 1.2.2 What is a Quantum Computer? (part 2)1.2 Quiz
Log in to access module 1.2 Quiz1.3 QI Hardware and Simulator Platforms
Log in to access module 1.3 QI Hardware and Simulator Platforms1.3 Quiz
Log in to access module 1.3 Quiz1.4 Qubits and Quantum Gates
Log in to access module 1.4 Qubits and Quantum Gates1.4 Quiz
Log in to access module 1.4 Quiz1.5.1 Quantum Circuits
Log in to access module 1.5.1 Quantum Circuits1.5.2 Quantum Compilers
Log in to access module 1.5.2 Quantum Compilers1.5 Quiz
Log in to access module 1.5 QuizForum – Module 1
Log in to access module Forum – Module 1Additional Reading
Log in to access module Additional Reading
2.
Module 2: Applications of a Quantum Computer
Intro
Log in to access module Intro2.1 Quantum Advantage of Quantum Computers
Log in to access module 2.1 Quantum Advantage of Quantum Computers2.1 Quiz
Log in to access module 2.1 Quiz2.2 Examples of Quantum Computing Applications and Algorithms
Log in to access module 2.2 Examples of Quantum Computing Applications and Algorithms2.2 Quiz
Log in to access module 2.2 QuizForum – Module 2
Log in to access module Forum – Module 2Additional Reading
Log in to access module Additional Reading
3.
Midterm Exam
4.
Module 3: cQASM – Quantum Programming Language
Intro
Log in to access module Intro3.1 Introduction to cQASM
Log in to access module 3.1 Introduction to cQASM3.1 Quiz
Log in to access module 3.1 Quiz3.2 Writing Applications in cQASM #1
Log in to access module 3.2 Writing Applications in cQASM #13.2 Quiz
Log in to access module 3.2 Quiz3.3 Writing Applications in cQASM #2
Log in to access module 3.3 Writing Applications in cQASM #23.3 Quiz
Log in to access module 3.3 QuizForum – Module 3
Log in to access module Forum – Module 3Additional Reading
Log in to access module Additional Reading
5.
Module 4: QI Software Development Kit
Intro
Log in to access module Intro4.1.1 What Is a QI SDK?
Log in to access module 4.1.1 What Is a QI SDK?4.1.2 Video – QI-SDK Introduction and Installation
Log in to access module 4.1.2 Video – QI-SDK Introduction and Installation4.1.2 Quiz
Log in to access module 4.1.2 Quiz4.1.3 Package Overview
Log in to access module 4.1.3 Package Overview4.1.4 Installation of the SDK
Log in to access module 4.1.4 Installation of the SDK4.1.5 Authentication When Using SDK
Log in to access module 4.1.5 Authentication When Using SDK4.1.6 Summary
Log in to access module 4.1.6 Summary4.2.1 Introduction
Log in to access module 4.2.1 Introduction4.2.2 QI-SDK Basics
Log in to access module 4.2.2 QI-SDK Basics4.2.2 Quiz
Log in to access module 4.2.2 Quiz4.2.3 Necessary Steps for Using Qiskit With QI
Log in to access module 4.2.3 Necessary Steps for Using Qiskit With QI4.2.4 Initialize the Quantum Inspire Provider
Log in to access module 4.2.4 Initialize the Quantum Inspire Provider4.2.5 Select a Backend
Log in to access module 4.2.5 Select a Backend4.2.6 Run the Algorithm
Log in to access module 4.2.6 Run the Algorithm4.2.7 Inspect the Results
Log in to access module 4.2.7 Inspect the Results4.2.8 Inspect the Results in Quantum Inspire
Log in to access module 4.2.8 Inspect the Results in Quantum Inspire4.2.9 Some More Info About QI-Backends
Log in to access module 4.2.9 Some More Info About QI-Backends4.2.10 Conclusion
Log in to access module 4.2.10 Conclusion4.3.1 Introduction
Log in to access module 4.3.1 Introduction4.3.2 QI Hybrid Algorithms
Log in to access module 4.3.2 QI Hybrid Algorithms4.3.2 Quiz
Log in to access module 4.3.2 Quiz4.3.3 Script Format
Log in to access module 4.3.3 Script Format4.3.4 Uploading the Algorithm
Log in to access module 4.3.4 Uploading the Algorithm4.3.5 Retrieving Results
Log in to access module 4.3.5 Retrieving Results4.3.6 Summary
Log in to access module 4.3.6 SummaryForum – Module 4
Log in to access module Forum – Module 4Additional Reading
Log in to access module Additional Reading
8.
Module 5: QI Workshop
Discussions
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Machine Learning for Semiconductor Quantum Devices
Advanced
30-35 H
Quantum Applications