Programming with qat.lang¶

This folder contains various tutorials describing the usage of the qat.lang module.

To begin:

this first notebook shows how to write a simple circuit and display it
pyAQASM offers classical control and measure operations. This notebook presents these features.
All the basic features are summed up in a single notebook.
This notebook. presents how to construct custom gates in pyAQASM.
this notebook presents an example of a QRoutine implementing a QFT
The gate set of pyAQASM is described in this notebook.

Some algorithms:

this notebook introduce a basic Quantum Search algorithm to look for clean coloration of a graph
this directory contains other basic quantum algorithms pre-coded in the QLM

More advanced usage:

this notebook shows how to declare and use a custom gate set in pyAQASM.
this notebook explains the inlining process that is happening when extracting a circuit
the ancillae management feature is presented here.
the compute/uncompute scheme using with statements is described here
this notebook presents how to write and link circuit libraries in pyAQASM
while this notebook goes even further and show how to link gate implementation under controlled operators
this notebook introduces the notion of quantum types and show how to generate powerful quantum oracles
and this notebook presents two methods to compute the derivative of a job with a cost function $E(\vec{\theta})$ for gradient-based optimization

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