@@ -183,7 +183,7 @@ One can make this more explicit by denoting intensive quantities with upper inde
where we used Einstein sum convention.
This notation connects to the theoretical discussion before.
One of the fields has to have the volume metric already incorperated to assure the continouum limit works.
One of the fields has to have the volume metric already incorporated to assure the continouum limit works.
When building statistical models, all indices will end up matching this upper-lower convention automatically, e.g. for a Gaussian log-likelihood :math:`L` we have
