diff --git a/README.md b/README.md
index 0ff3c42..89d33b7 100644
--- a/README.md
+++ b/README.md
@@ -10,6 +10,15 @@ As someone who uses emulators like Dolphin, Citra, RPCS3, Cemu and Yuzu all the
 
 I finally understand how CISC processors work, I've played Turing Complete and built 2 RISC processors in the game and also one in my computer architecture class, but I've never really imagined how CISC-commands look like. It's a different philosophy, though to be honest I still prefer the RISC-architecture even if the machine code turns out to be longer, because beauty is in simplicity and elegance.
 
+## Graphics
+
+This was the most painful thing to implement, as the framebuffer is saved as a bitmap that also needs to be rotated, it took me many tries to get the game display working.
+<img title="The 8080-Processor" alt="i8080" src="https://media.discordapp.net/attachments/823874645950201866/1198017748475846676/Attemp3.png?ex=65bd5ff9&is=65aaeaf9&hm=781663486f298df8a593f6938629379be9fb9765d5e518609f34332313057f09&=&format=webp&quality=lossless">
+<img title="The 8080-Processor" alt="i8080" src="https://media.discordapp.net/attachments/823874645950201866/1198017748731695215/1fw1cd4tdzcc1.webp?ex=65bd5ff9&is=65aaeaf9&hm=24d5765dd72a94183d95877358568ca4f7515d17b498f85634ca3afeac78f6af&=&format=webp">
+<img title="The 8080-Processor" alt="i8080" src="https://media.discordapp.net/attachments/823874645950201866/1198017749105004685/image.png?ex=65bd5ff9&is=65aaeaf9&hm=d9aab03a39cc4dacacfadcd7bf0ebef4d0ebe529f9789c99dc6921e830f9531e&=&format=webp&quality=lossless">
+
+
+
 ## Current state
 - [x] Disassembler
 - [x] Understanding the i8080 machine code
@@ -18,5 +27,5 @@ I finally understand how CISC processors work, I've played Turing Complete and b
 
 -------diverging from the guide--------
 
-- [ ] Graphical display
+- [x] Graphical display
 - [ ] Done :D
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