diff --git a/Design.md b/Design.md
index 2e46a07..0cd6c7c 100644
--- a/Design.md
+++ b/Design.md
@@ -2,19 +2,19 @@
 
 This project draws heavy inspiration from [clay](https://github.com/nicbarker/clay) in the way the layout is declared by the user. As terminal applications usually are rendered in [intermediate mode](https://en.wikipedia.org/wiki/Immediate_mode_(computer_graphics)), a render loop is also completed at the end of a single event loop. Such that every time an event happens a render call will usually be done as well. However this is not strickly necessary forced by *zterm* and can be separated to have a fixed rendering of every 16ms (i.e. for 60 fps), etc.
 
-> [!NOTE]
+> [!note]
 > All examples are implemented as *intermediate mode* rendered applications.
 
 There is only one generic `Container` which includes properties, child container and optionally an `Element`. In the end a `Container` describes a tree structure containing layout and content. [Elements](Elements.md) describe user defined content and behavior building on top of the existing `Container` layouting.
 
 The library is designed to be very basic and *not to provide* any more complex elements such as input fields, drop-down menu's, buttons, etc. Some of them are either easy to implement yourself, specific for you needs or a too complex to be provided by the library effectively. For these use-cases there may be other libraries that build on top of this one to provide the complex elements as some sort of pre-built elements for you to use in your application (or you create them yourself).
 
-> [!CAUTION]
+> [!caution]
 > There are no built-in components to provide complex behavior.
 
 There are only very few system events, that are used by the built-in containers and properties accordingly. For you own widgets (i.e. a collection of elements) you can extend the events to include your own events to communicate between elements, effect the control flow and the corresponding generated layouts and much more.
 
-> [!TIP]
+> [!tip]
 > Keep the tagged type of each user event as small as possible. If you need access to bigger structs you can also always use pointers.
 
 This library also provides a rendering pipeline alongside the event loop implementation. Usually the event loop is waiting blocking and will only cause a re-draw (*intermediate mode*) after each event - some events usually don't cause a draw (i.e. `.init` or your own if you want them not to). Even though each frame is regenerated from scratch each render loop, the corresponding application is still pretty performant as the renderer uses a *double buffered* implementation to only apply the changes from each frame to the next to the screen.
diff --git a/Elements.md b/Elements.md
index 2237f58..a4a0b1c 100644
--- a/Elements.md
+++ b/Elements.md
@@ -67,7 +67,7 @@ pub fn Template(Model: type, Event: type) type {
 }
 ```
 
-> [!TIP]
+> [!tip]
 > For example implementations of `Element` types, please refer to [examples](Examples.md).
 
 ### Tips
@@ -95,8 +95,8 @@ State using the first idea should be keept at a minimum and used if they are spe
 
 State that shall be shared between other `Element`s in your application should propagate their state to the `Model`.
 
-> [!WARN]
+> [!warning]
 > However keep in might that this might cause side-effects (i.e. having the same `Element` implementation instanciated multiple times in the same `Container` tree, might cause the `handle` callback to be called multiple times in a single event loop iteration).
 
-> [!INFO]
+> [!note]
 > This exact seperatation is also used in android app development using [Jetpack compose](https://developer.android.com/compose). Common patterns, best practices, etc. may also apply for *zterm*.
diff --git a/Examples.md b/Examples.md
index a55f6b7..79cebe4 100644
--- a/Examples.md
+++ b/Examples.md
@@ -6,7 +6,7 @@ You can build the every example through the example option. For example:
 zig build --release=safe -Dexample=demo run
 ```
 
-> [!TIP]
+> [!tip]
 > Every example application can be quit using `ctrl+c`.
 
 You can also build all examples by providing no argument for the example option, as the default builds all examples.
@@ -15,7 +15,7 @@ You can also build all examples by providing no argument for the example option,
 zig build
 ```
 
-> [!NOTE]
+> [!note]
 > In debug build mode log messages will be written to stderr. You can pipe the output of stderr to a file when running in debug mode to not disturb the tui rendering. e.g. `./zig-out/bin/demo run 2> log`
 
 For all available examples run `zig build --help`
diff --git a/Home.md b/Home.md
index 24646d7..0ff5796 100644
--- a/Home.md
+++ b/Home.md
@@ -2,5 +2,5 @@
 
 This wiki contains documentation about the design goals, implementation details and the usage of the **zterm** library.
 
-> [!NOTE]
+> [!note]
 > Use the link tree on the right to navigate to the sections that you are interested in. It is recommended to read the **Design** first to get a broughter understanding of the concept of the library before jumping into examples.
diff --git a/Roadmap.md b/Roadmap.md
index 5148d72..1d4b995 100644
--- a/Roadmap.md
+++ b/Roadmap.md
@@ -17,6 +17,9 @@ The following list contains goals for certain features the library supports or i
   - Limit where Focus is actually necessary (and skip those accordingly)
   - Enhance the rendering to make it obvious where the focus is currently at
 
+- [ ] Enhance performance through multi-threading?
+  - synchronization might be a bottleneck, but maybe interesting for bigger applications? would require some tests
+
 - [x] Elm architecture support (through user defined `struct` acting as the *Model*)
 - [ ] Container rendering
   - [x] Layout
diff --git a/Testing.md b/Testing.md
index dcf8b6f..7518179 100644
--- a/Testing.md
+++ b/Testing.md
@@ -88,7 +88,7 @@ pub fn expectContainerScreen(size: Size, container: *Container(event.SystemEvent
 }
 ```
 
-> [!TIP]
+> [!tip]
 > Create several *checkpoint screens* that should be tested against when testing for user interaction.
 
 For testing user interaction you need to provide the container with the corresponding *events* it should receive. This includes user key presses, mouse presses (with their corresponding location on the screen), etc. For example see the test for `Scrollable` elements, which create the scrollable `Container` renders it and tests the screen, then scrolls down, re-renders the `Container` to test and finally tries to scroll further down to test for scrolling down after reaching the end of the `Scrollable` element: