diff --git a/docs/blog/posts/2.3.0-released.md b/docs/blog/posts/2.3.0-released.md
index 6afa9c50..6fa21140 100644
--- a/docs/blog/posts/2.3.0-released.md
+++ b/docs/blog/posts/2.3.0-released.md
@@ -58,23 +58,23 @@ specifiers. This applies to:
 Here are the main points of this new design:
 
 1. All references/units that do not specify point origin (are not offset units) in their definition
- are considered `delta` by default. This means that `42 * m` creates a `quantity` and is
- the same as calling `42 * delta<m>`.
+   are considered `delta` by default. This means that `42 * m` creates a `quantity` and is
+   the same as calling `42 * delta<m>`.
 2. Multiply syntax is extended to allow `quantity_point` creation with the `42 * absolute<m>`
- syntax. This will provide an implicit zeroth point origin.
+   syntax. This will provide an implicit zeroth point origin.
 3. For units that specify a point origin (`si::kelvin`, `si::degree_Celsius`, and
    `usc::degree_Fahrenheit`), the user always needs to specify a modifier. This means that:
-    - `4 * deg_C` does not compile,
-    - `4 * delta<deg_C>` creates a `quantity`.
-    - `4 * absolute<deg_C>` creates a `quantity_point`.
+    - `4 * deg_C` does not compile,
+    - `4 * delta<deg_C>` creates a `quantity`.
+    - `4 * absolute<deg_C>` creates a `quantity_point`.
 4. The 2-parameter `quantity` constructor requires the same:
 
 ```cpp
-quantity q1(4, m); // OK
-quantity q2(4, delta<m>); // OK
-quantity q3(4, absolute<m>); // Compile-time error
-quantity q4(4, deg_C); // Compile-time error
-quantity q5(4, delta<deg_C>); // OK
+quantity q1(4, m);               // OK
+quantity q2(4, delta<m>);        // OK
+quantity q3(4, absolute<m>);     // Compile-time error
+quantity q4(4, deg_C);           // Compile-time error
+quantity q5(4, delta<deg_C>);    // OK
 quantity q6(4, absolute<deg_C>); // Compile-time error
 ```