Add another Advantage2 in Leap

docs/quantum_research/solver_properties_specific.rst

@@ -84,7 +84,7 @@ This table lists the physical properties of the calibrated QPU.
         - :math:`20 \pm 1.0\ \text{mK}`
 
     *   - :math:`\rm M_{\rm AFM}`: Maximum mutual inductance for qubit pairs
-        - :math:`2.113\ \text{pH}`
+        - :math:`0.528\ \text{pH}`
 
     *   - Quantum critical point for 1D chains
         - :math:`2.308\ \text{GHz}`
@@ -151,6 +151,111 @@ The standard annealing schedule for the QPU is shown in
     as a function of scaled time.
 
 
+Advantage2_system2.1
+====================
+
+All data presented in this section are specific to the **Advantage2_system2.1**
+solver. The |adv2| system QPU is based on a physical lattice of qubits and
+couplers known as the *Zephyr* topology. For information, see the
+:ref:`topology_intro_zephyr` section.
+
+Physical Properties
+-------------------
+
+This table lists the physical properties of the calibrated QPU.
+
+.. tabularcolumns:: |l|L|
+
+.. list-table:: QPU Physical Properties\ [#]_
+    :header-rows: 1
+    :widths: 3 2
+
+    *   - Property
+        - Value
+
+    *   - Model
+        - :math:`\text{Advantage2}`
+
+    *   - Graph size
+        - :math:`\text{Z12}`
+
+    *   - Number of :ref:`qubits <property_qpu_qubits>`
+        - :math:`4516`
+
+    *   - Number of :ref:`couplers <property_qpu_couplers>`
+        - :math:`40449`
+
+    *   - :ref:`Qubit temperature <qpu_errors_temperature>`
+        - :math:`16.7 \pm 1.0\ \text{mK}`
+
+    *   - :math:`\rm M_{\rm AFM}`: Maximum mutual inductance for qubit pairs
+        - :math:`0.554\ \text{pH}`
+
+    *   - Quantum critical point for 1D chains
+        - :math:`1.853\ \text{GHz}`
+
+    *   - :math:`L_q`: Qubit inductance
+        - :math:`140\ \text{pH}`
+
+    *   - :math:`C_q`: Qubit capacitance
+        - :math:`173\ \text{fF}`
+
+    *   - :math:`I_c`: Qubit critical current
+        - :math:`4.64\ \text{µA}`
+
+    *   - :ref:`Average single-qubit temperature <qpu_errors_temperature>`
+        - :math:`0.119`
+
+    *   - :ref:`Ferromagnetic-problem freezeout <qpu_qa_freezeout>`
+        - :math:`0.023`
+
+    *   - :ref:`Single-qubit freezeout <qpu_qa_freezeout>`
+        - :math:`0.605`
+
+    *   - :math:`\Phi_{\rm CCJJ}^i`: Initial (at :math:`s=0`) external flux on
+          compound Josephson junctions
+        - :math:`-0.668\ \Phi_0`
+
+    *   - :math:`\Phi_{\rm CCJJ}^f`: Final (at :math:`s=1`) external flux on
+          compound Josephson junctions
+        - :math:`-0.735\ \Phi_0`
+
+    *   - Readout time range
+        - :math:`17.0\ \text{to}\ 95.0\ \text{µs}`
+
+    *   - Programming time
+        - :math:`\sim 24500\ \text{µs}`
+
+    *   - QPU-delay-time per sample
+        - :math:`20.6\ \text{µs}`
+
+    *   - Readout error rate
+        - :math:`\leq 0.001`
+
+.. [#]
+
+Some notes for the QPU properties are as follows:
+
+.. include:: ../shared/qpu_specific_specs.rst
+    :start-after: start_qpu_adv_and_adv2_prop_notes
+    :end-before: end_qpu_adv_and_adv2_prop_notes
+
+Annealing Schedule
+------------------
+
+Download the annealing schedule for the QPU here:
+:download:`Advantage2_system2.1 Excel spreadsheet <../downloadables/09-1324A-A_Advantage2_system2_1_annealing_schedule.xlsx>`.
+
+The standard annealing schedule for the QPU is shown in
+:numref:`Figure %s <annealing-schedule-adv2-2.1>`.
+
+.. figure:: ../_images/annealing-schedule-adv2-2.1.png
+    :name: annealing-schedule-adv2-2.1
+
+    Standard annealing schedule for the QPU, showing energy changes
+    as a function of scaled time.
+
+
 Advantage2_system4.1
 ====================
 
@@ -189,7 +294,7 @@ This table lists the physical properties of the calibrated QPU.
         - :math:`18 \pm 1.0\ \text{mK}`
 
     *   - :math:`\rm M_{\rm AFM}`: Maximum mutual inductance for qubit pairs
-        - :math:`2.057\ \text{pH}`
+        - :math:`0.514\ \text{pH}`
 
     *   - Quantum critical point for 1D chains
         - :math:`2.154\ \text{GHz}`