Quantum Computing 101
Welcome to the IQM Academy Curriculum for everyone.

We see big leaps forward in quantum computing. The moment when quantum computers will outperform their classical counterpart seems closer than ever. But wait, a classical counterpart? How do quantum computers actually differ from all the computers we are used to? And why do quantum computers even matter?
This and a lot more will be part of this course.
You can find all pages in the menu in the top left corner of this page. However, we recommend to follow the curriculum in a linear fashion.
About this module
In this module you will learn ...
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...to describe the core ideas behind quantum computing.
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...to differentiate quantum computing from conventional computing.
This module ...
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does not expect prior math or physics knowledge.
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requires you to get active and experiment with the tools provided.
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is better taken with friends or co-workers to actively discuss and speak about what you’ve learned.
Our modules are exploratory in nature. Thus, you will actively experience the different ideas of quantum computing, its algorithms and its applications.
Authors: Stefan Seegerer & Mikio Nakahara, IQM Quantum Computers. Some activities are based on work from Stefan Seegerer, Ralf Romeike, Tilman Michaeli, and Andreas Woitzik (MIT licensed) using the awesome Q.js fromSteward Smith (MIT licensed). The bloch sphere animation is based on work from Roope Salmi (MIT licensed).