Add QCQMC to cards / TOC on quantumai website. (#363)

* Add QCQMC to the tocs.

* Add missing EOL.

* Fix indentation per yamllint

---------

Co-authored-by: Pavol Juhas <[email protected]>

Author: fdmalone

docs/_index_included.yaml

@@ -4,105 +4,122 @@ included:
   options:
     - cards
   items:
-  - heading: Research with ReCirq
-    description: How to use this code.
-    path: /cirq/experiments/research
-  - heading: ReCirq experiment structure
-    description: How ReCirq experiments are structured.
-    path: /cirq/experiments/guide/data_collection_idioms
-  - heading: Data collection
-    description: How ReCirq experiments collect data.
-    path: /cirq/experiments/guide/data_collection
-  - heading: Data analysis
-    description: How ReCirq experiments analyze data.
-    path: /cirq/experiments/guide/data_analysis
-  - heading: Best practices
-    description: Additional advice on writing ReCirq experiments.
-    path: /cirq/experiments/guide/best_practices
+    - heading: Research with ReCirq
+      description: How to use this code.
+      path: /cirq/experiments/research
+    - heading: ReCirq experiment structure
+      description: How ReCirq experiments are structured.
+      path: /cirq/experiments/guide/data_collection_idioms
+    - heading: Data collection
+      description: How ReCirq experiments collect data.
+      path: /cirq/experiments/guide/data_collection
+    - heading: Data analysis
+      description: How ReCirq experiments analyze data.
+      path: /cirq/experiments/guide/data_analysis
+    - heading: Best practices
+      description: Additional advice on writing ReCirq experiments.
+      path: /cirq/experiments/guide/best_practices
 
 - heading: QAOA
   description: Tutorials and examples with the Quantum Approximate Optimization Algorithm.
   options:
     - cards
   items:
-  - heading: Overview
-    path: /cirq/experiments/qaoa
-  - heading: Example problems
-    description: Introductory QAOA problems.
-    path: /cirq/experiments/qaoa/example_problems
-  - heading: Tasks
-    description: QAOA experiment Task object.
-    path: /cirq/experiments/qaoa/tasks
-  - heading: Precomputed analysis
-    description: QAOA analysis with precomputed optimal angles.
-    path: /cirq/experiments/qaoa/precomputed_analysis
-  - heading: Landscape analysis
-    description: QAOA analysis with a hardware landscape.
-    path: /cirq/experiments/qaoa/landscape_analysis
-  - heading: Optimization analysis
-    description: QAOA analysis with an optimization path.
-    path: /cirq/experiments/qaoa/optimization_analysis
-  - heading: Hardware grid circuits
-    description: QAOA on grid-shaped hardware.
-    path: /cirq/experiments/qaoa/hardware_grid_circuits
-  - heading: Routing with tket
-    description: Use t|ket> to map QAOA to a generic device.
-    path: /cirq/experiments/qaoa/routing_with_tket
+    - heading: Overview
+      path: /cirq/experiments/qaoa
+    - heading: Example problems
+      description: Introductory QAOA problems.
+      path: /cirq/experiments/qaoa/example_problems
+    - heading: Tasks
+      description: QAOA experiment Task object.
+      path: /cirq/experiments/qaoa/tasks
+    - heading: Precomputed analysis
+      description: QAOA analysis with precomputed optimal angles.
+      path: /cirq/experiments/qaoa/precomputed_analysis
+    - heading: Landscape analysis
+      description: QAOA analysis with a hardware landscape.
+      path: /cirq/experiments/qaoa/landscape_analysis
+    - heading: Optimization analysis
+      description: QAOA analysis with an optimization path.
+      path: /cirq/experiments/qaoa/optimization_analysis
+    - heading: Hardware grid circuits
+      description: QAOA on grid-shaped hardware.
+      path: /cirq/experiments/qaoa/hardware_grid_circuits
+    - heading: Routing with tket
+      description: Use t|ket> to map QAOA to a generic device.
+      path: /cirq/experiments/qaoa/routing_with_tket
 
 - heading: Hartree-Fock VQE
   description: How to run the Hartree-Fock Variational Quantum Eigensolver experiment.
   options:
     - cards
   items:
-  - heading: Overview
-    path: /cirq/experiments/hfvqe
-  - heading: Quickstart
-    description: A short tutorial to show HFVQE in action.
-    path: /cirq/experiments/hfvqe/quickstart
-  - heading: Molecular data
-    description: How to make molecule files for use with HFVQE.
-    path: /cirq/experiments/hfvqe/molecular_data
+    - heading: Overview
+      path: /cirq/experiments/hfvqe
+    - heading: Quickstart
+      description: A short tutorial to show HFVQE in action.
+      path: /cirq/experiments/hfvqe/quickstart
+    - heading: Molecular data
+      description: How to make molecule files for use with HFVQE.
+      path: /cirq/experiments/hfvqe/molecular_data
 
 - heading: Fermi-Hubbard
   description: Simulating spin and charge dynamics with a Fermi-Hubbard model.
   options:
     - cards
   items:
-  - heading: Overview
-    path: /cirq/experiments/fermi_hubbard
-  - heading: Experiment example
-    description: End-to-end with a single instance of the Fermi-Hubbard experiment.
-    path: /cirq/experiments/fermi_hubbard/experiment_example
-  - heading: Spin-charge separation results
-    description: Experimental data collected and analyzed.
-    path: /cirq/experiments/fermi_hubbard/publication_results
+    - heading: Overview
+      path: /cirq/experiments/fermi_hubbard
+    - heading: Experiment example
+      description: End-to-end with a single instance of the Fermi-Hubbard experiment.
+      path: /cirq/experiments/fermi_hubbard/experiment_example
+    - heading: Spin-charge separation results
+      description: Experimental data collected and analyzed.
+      path: /cirq/experiments/fermi_hubbard/publication_results
 
 - heading: Quantum Scrambling
   description: Use out-of-time-order (OTOC) correlators to demonstrate quantum scrambling.
   options:
     - cards
   items:
-  - heading: Overview
-    path: /cirq/experiments/otoc
-  - heading: Experiment example
-    description: Build, run and plot an OTOC circuit.
-    path: /cirq/experiments/otoc/otoc_example
+    - heading: Overview
+      path: /cirq/experiments/otoc
+    - heading: Experiment example
+      description: Build, run and plot an OTOC circuit.
+      path: /cirq/experiments/otoc/otoc_example
 
 - heading: Toric Code
   description: Explore the toric code model of interacting qubits.
   options:
     - cards
   items:
-  - heading: Overview
-    path: /cirq/experiments/toric_code
-  - heading: Ground State
-    description: Create a toric code ground state.
-    path: /cirq/experiments/toric_code/toric_code_ground_state
+    - heading: Overview
+      path: /cirq/experiments/toric_code
+    - heading: Ground State
+      description: Create a toric code ground state.
+      path: /cirq/experiments/toric_code/toric_code_ground_state
 
 - heading: Kardar-Parisi-Zhang Physics
   description: Probe the dynamics of transferred magnetization in the Heisenberg spin chain.
   options:
     - cards
   items:
-  - heading: Experiment example
-    path: /cirq/experiments/kpz/kpz
+    - heading: Experiment example
+      path: /cirq/experiments/kpz/kpz
+
+- heading: Quantum-Classical Quantum Monte Carlo
+  description: How to run QCQMC for quantum chemistry applications.
+  options:
+    - cards
+  items:
+    - heading: Overview
+      path: /cirq/experiments/qcqmc
+    - heading: Code Layout
+      description: A short tutorial on the code structure.
+      path: /cirq/experiments/qcqmc/high_level
+    - heading: End-to-End Example
+      description: How to generate a shadow trial wavefunction for a molecular system
+      path: /cirq/experiments/qcqmc/full_workflow
+    - heading: Experimental Wavefunctions
+      description: Analyze published experimental wavefunctions.
+      path: /cirq/experiments/qcqmc/experimental_wavefunctions

docs/_toc.yaml

@@ -73,3 +73,13 @@ toc:
 - heading: "Kardar-Parisi-Zhang"
 - title: "KPZ and the Heisenberg Spin Chain"
   path: /cirq/experiments/kpz/kpz
+
+- heading: "Quantum-Classical Quantum Monte Carlo"
+- title: "Overview"
+  path: /cirq/experiments/qcqmc
+- title: "Code Layout"
+  path: /cirq/experiments/qcqmc/high_level
+- title: "End-to-End Example"
+  path: /cirq/experiments/qcqmc/full_workflow
+- title: "Experimental Wavefunctions"
+  path: /cirq/experiments/qcqmc/experimental_wavefunctions