Sync local and remote branches

Merge branch 'pi_half' of github.com:qiboteam/qibocal into pi_half

doc/source/protocols/rabi/rabi.rst

@@ -30,7 +30,7 @@ Rabi rate is larger than the decay and the pure dephasing rate,
 where :math:`\Omega_R` is the Rabi frequency and :math:`\tau` the decay time.
 
 In qibocal we implemented also another version of the Rabi experiment which can be used to tune the amplitude (duration) of the drive pulse in order
-to excite the qubit from the ground state up to state :math:`\frac{\ket{0}+\ket{1}}{\sqrt{2}}`.
+to excite the qubit from the ground state up to state :math:`\frac{\ket{0}-i\ket{1}}{\sqrt{2}}`.
 
 Parameters
 ^^^^^^^^^^
@@ -108,8 +108,8 @@ It follows an example runcard and plot for the signal exepriment
 
 In all the previous examples we run Rabi experiments for calibrating the amplitude (duration) of the drive pulse
 to excite the qubit from the ground state up to state :math:`\ket{1}`.
-All the prievious example runcard can be modified to calibrate the amplitude (duration) of the drive pulse
-to excite the qubit from the ground state up to state :math:`\frac{\ket{0}+\ket{1}}{\sqrt{2}}` by simply setting the `rx90` parameter to `True`.
+All these example runcards can be modified to calibrate the amplitude (duration) of the drive pulse
+to excite the qubit from the ground state up to state :math:`\frac{\ket{0}-i\ket{1}}{\sqrt{2}}` by simply setting the `rx90` parameter to `True`.
 
 In the following we show an example runcard
 
@@ -119,16 +119,15 @@ In the following we show an example runcard
     - id: Rabi signal
       operation: rabi_amplitude_signal
       parameters:
-        min_amp: 0.2
-        max_amp: 1.
-        step_amp: 0.01
+        min_amp: 0.01
+        max_amp: 0.16
+        step_amp: 0.002
         pulse_length: 40
-        nshots: 3000
+        nshots: 1024
         relaxation_time: 50000
-	RX90: False
+	rx90: True
 
-..
-   _Remember image and modify runcard!
+.. image:: rabi_amplitude_rx90
 
 Requirements
 ^^^^^^^^^^^^