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        "# Overview: circuit optimization\n",
        "\n",
        "The *circuit optimization* part tackles some aspects of the problematic of adapting a quantum circuit to a specific hardware. This section explains, for instance, how the gate set of a circuit could be updated to deal with the constraints of a hardware, or how a circuit could be updated to be compliant with the topological constraints of a specific hardware.\n",
        "\n",
        "myQLM provides tools to **optimize** and **compile** quantum circuits. Three main optimizers are already implemented in myQLM:\n",
        "\n",
        " - [**NISQCompiler**](./generic_compiler.ipynb): a all-in-one compiler that does everything for you\n",
        " - [**qat-nnize**](./satisfying_connectivity_constraints.ipynb): this tool solves the swap insertion problem on any circuit\n",
        " - **qat-pbo** ([low level optimization](./graph_circuit.ipynb) and [high-level optimization](./pattern_manager.ipynb)): this optimizer can replace patterns (i.e. small subcircuits) in a quantum circuit\n",
        " - [KAKCompression](./single_qubit_gates_compression.ipynb): another plugin introduced in `qat.pbo` that performs single qubit gate compression\n",
        " - [**qat-synthopline**](./synthopline/overview.ipynb): a general purpose quantum circuit synthesis and optimization library. It contains various state-of-the-art synthesis algorithms and compilation tools.\n",
        " - [**qat-fusion**](./fusion_plugin.ipynb): a tool for gate fusion\n",
        " "
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    "authors": [
      "Arnaud Gazda"
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