QDaria.github.io/_toc.yml at main · QDaria/QDaria.github.io · GitHub

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format: jb-book
root: index

parts:
  - caption: Quantum Computers
    #maxdepth: 5
    numbered: true
    chapters:
      - file: quantum_computers/0_QC/0_quantum_computers
        sections:
          - file: quantum_computers/0_QC/1_quantum_computers.md
      - file: quantum_computers/1_spin/1_0_spin
        sections:
          - file: quantum_computers/1_spin/1_1_spin_qubits
          - file: quantum_computers/1_spin/1_2_spin_qubits_op
          - file: quantum_computers/1_spin/1_3_nmr
          - file: quantum_computers/1_spin/1_4_molecular_spin_qubits.md
          - file: quantum_computers/1_spin/1_5_nv_center.md
          - file: quantum_computers/1_spin/1_6_nv_center_qubits.md
          - file: quantum_computers/1_spin/1_7_nv_center_qubits_op.md
      - file: quantum_computers/3_superconducting/3_0_superconducting
        sections:
           - file: quantum_computers/3_superconducting/3_1_superconducting_qubits
           - file: quantum_computers/3_superconducting/3_2_superconducting_qubits_op
      - file: quantum_computers/4_topological_qubits/4_0_topological.ipynb
        sections:
          - file: quantum_computers/4_topological_qubits/4_1_topological_qubits
          - file: quantum_computers/4_topological_qubits/4_2_topological_qubits_op
          - file: quantum_computers/4_topological_qubits/4_3_engineeering_TQC.md
      - file: quantum_computers/5_adiabatic_hybrid/5_0_adiabatic.md
        sections:
          - file: quantum_computers/5_adiabatic_hybrid/5_1_quantum_annealing.md
      - file: quantum_computers/6_semiconductors/6_0_semicunductors.md
      - file: quantum_computers/7_trapped/7_0_trapped.md
      - file: quantum_computers/8_photonic/8_0_photonic.md

  - caption: Quantum Machine Learning
    chapters:
      - file: qml/1_quantum_systems/1_quantum_systems
        sections:
          - file: qml/1_quantum_systems/1_1_Classical_And_Quantum_Probability_Theory_01_.ipynb
          - file: qml/1_quantum_systems/1_2_Measurements_And_Mixed_States_02
          - file: qml/1_quantum_systems/1_3_Evolution_in_Closed_and_Open_Systems_03
          - file: qml/1_quantum_systems/1_4_Classical_and_Quantum_Many_Body_Physics_04
      - file: qml/2_quantum_computations/2_quantum_computations.ipynb
        sections:
          - file: qml/2_quantum_computations/2_1_Gate_Model_Quantum_Computing_05_.ipynb
          - file: qml/2_quantum_computations/2_2_Adiabatic_Quantum_Computing_06_.ipynb
          - file: qml/2_quantum_computations/2_3_Quantum_Computation_Variational_Circuits_07.ipynb
          - file: qml/2_quantum_computations/2_4_Sampling_a_Thermal_State_08.ipynb
      - file: qml/3_Classical_Quantum_Hybrid_Learning_Algorithms/3_Classical_Quantum_Hybrid_Learning_Algorithms
        sections:
          - file: qml/3_Classical_Quantum_Hybrid_Learning_Algorithms/3_1_Discrete_Optimization_And_Ensemble_Learning_Ecoding_Classical_Inforfmation_9.ipynb
          - file: qml/3_Classical_Quantum_Hybrid_Learning_Algorithms/3_2_Discrete_Optimization_and_Unsupervised_Learning_10.ipynb
          - file: qml/3_Classical_Quantum_Hybrid_Learning_Algorithms/3_3_Kernel_Methods_11.ipynb
          - file: qml/3_Classical_Quantum_Hybrid_Learning_Algorithms/3_4_Training_Probabilistic_Graphical_Models_12.ipynb
      - file: qml/4_Coherent_Learning_Protocols/4_Coherent_Learning_Protocols
        sections:
          - file: qml/4_Coherent_Learning_Protocols/4_1_Quantum_Phase_Estimation_13.ipynb
          - file: qml/4_Coherent_Learning_Protocols/4_2_Quantum_Matrix_Inversion_14.ipynb
      - file: qml/5_quantumkernels/5_quantumkernels.ipynb
        sections:
          - file: qml/5_quantumkernels/5_1_svm_15.ipynb
          - file: qml/5_quantumkernels/5_2_variational_16.ipynb