Update getting-started.md

Removed out of date info box with confusing information about how to define the terms for specific SDE solvers

docs/usage/getting-started.md

@@ -99,15 +99,6 @@ print(sol.evaluate(1.1))  # DeviceArray(0.89436394)
 As you can see, basically nothing has changed compared to the ODE example; all the same APIs are used. The only difference is that we created an SDE solver rather than an ODE solver.
 
 
-!!! info
-
-    If using some SDE-specific solvers, for example [`diffrax.ItoMilstein`][], then the solver makes a distinction between drift and diffusion. (In the previous example, the solver [`diffrax.Euler`][] is completely oblivious to this distinction. In this case the drift and diffusion should be passed separately as a 2-tuple of terms, rather than wrapped into a single [`diffrax.MultiTerm`][]. This would involve changing the above example with:
-
-    ```python
-    terms = (ODETerm(drift), ControlTerm(diffusion, brownian_motion))
-    solver = ItoMilstein()
-    ```
-
 !!! info
 
     To do adaptive stepping with an SDE, then the typical approach is to wrap the solver like so -- and to use the following default step size controller: