diff --git a/README.md b/README.md
index c3f5388..10cdc4a 100644
--- a/README.md
+++ b/README.md
@@ -18,38 +18,43 @@ Here is a list of some of the notable features of Prism:
 
 * Cross platform graphics API is used for rendering
 	* Vulkan and Metal backends available
-        * Shaders are written in GLSL, and compiled to SPIR-V or MSL offline and at runtime using SPIRV-Cross.
+        * Shaders are written in GLSL, and compiled to SPIR-V or MSL offline and at runtime using SPIRV-Cross and glslang.
 * Windowing and System abstraction
 	* main() and other platform-specific tidbits are abstracted as well, for easy support on non-desktop platforms.
     * HiDPI is also supported!
-	* If available, support for multiple windows as well.
+	* If available on the platform, multiple windows are supported as well.
+	* Support for querying whether or not the platform is in light/dark mode (where supported). Currently, this only switches between the light/dark dear imgui themes.
 * Dear ImGui used for debug/editor UIs
-	* Includes the new docking/viewport branch!
+	* Uses the new docking/viewport branch!
 	* Automatic DPI scaling on fonts for crisp rendering when the window is in a HiDPI environment.
 	* Custom backend built on top the GFX api and other platform agnostic systems.
-	* Plenty of custom widgets available for easy debug tooling, see [imgui_stdlib.h](https://github.com/redstrate/prism/blob/master/extern/imgui/include/imgui_stdlib.h) and [imgui_utility.hpp](https://github.com/redstrate/prism/blob/master/engine/core/include/imgui_utility.hpp)!
+	* Plenty of custom widgets available for easily creating debug tools, see [imgui_stdlib.h](https://github.com/redstrate/prism/blob/master/extern/imgui/include/imgui_stdlib.h) and [imgui_utility.hpp](https://github.com/redstrate/prism/blob/master/engine/core/include/imgui_utility.hpp)!
 * Entity-Component system for scene authoring
-	* No runtime polymorphism is involved and leverages the native C++ type system. [Components are simple structs](https://github.com/redstrate/prism/blob/master/engine/core/include/components.hpp).
+	* No runtime polymorphism is involved and leverages the native C++ type system. [Components are kept as simple structs](https://github.com/redstrate/prism/blob/master/engine/core/include/components.hpp).
 * Asset management
-	* Custom model pipeline allowing for blazingly fast model loading and authoring.
+	* Custom model pipeline allowing for super fast model loading and easy authoring.
 		* Includes a custom blender addon for easy export!
 	* Assets are referenced from disk, and only loaded once - unloaded once they are no longer referenced.
 	* Thumbnails are created by the editor and stored on disk until further use.
 * Custom UI system for easy authoring
 	* UIs are declared in JSON, and there is a graphical editor available as well.
-	* They can even be placed in the world with the UI component!
+	* They can even be placed in the world with a UI component!
 * Custom math library
 	* Quaternions, matrices, vectors, rays, and more are available!
-	* Infinite perspective matrices are created by default.
+	* Infinite perspective matrices are also available and used by default.
 * Advanced rendering techniques
 	* Rendering is consistent regardless of platform or API used!
-		* Where older or underperforming GPUs are supported (for example, an Apple TV 4K, or a Thinkpad X230), the engine supports disabling expensive features like IBL or point light shadows along with other scalability options.
-	* Real-time physically based rendering including scene probes used for image-based lighting.
-	* Material node editor for easy and fast material authoring.
+		* Where older or underperforming GPUs are supported (for example, an Apple TV 4K, or a Thinkpad X230), the engine supports disabling expensive features like IBL or point light shadows and has other scalability options.
+	* Real-time physically based rendering including using scene probes for image-based lighting.
+	* Node-based material editor for easy authoring within the engine.
 	* Skinned mesh support with animation.
 	* PCSS for soft shadows, supported on every type of light.
+	* Experimental depth of field, which looks better than a cheap gaussian blur by rendering seperate near/far fields.
+	* Experimental dynamic resolution.
+	* Automatic eye adapation using compute kernels.
 * Editors supporting scene, cutscene, material authoring
 	* Multidocument workflow similar to UE4.
+	* Undo/redo system.
 	* Transform handles for easy object manipulation.
 
 ## Usage