The Wikipedia page for “brain rot” has been placed under a semi-protected status until January 2026 due to extensive vandalism. This measure comes in response to numerous edits that have defaced the page, which defines brain rot as the “negative cognitive, emotional, and/or behavioral consequences” of consuming low-quality content.

The page has faced a barrage of inappropriate edits that reflect a trend of internet vandalism on Wikipedia. In one notable instance from February 2025, the page was altered to include references to the popular meme “Skibidi Toilet” and former U.S. President **Donald Trump**, along with the phrase “Goofy ahh brainrot” repeated an astonishing **96 times**. Other edits proclaimed “ALL HAIL THE SKÎBÎDÎ TOÎLÊT” and suggested that “BRAIN ROT WILL DESTROY THIS NEXT GENERATION.”

Wikipedia’s Response to Vandalism

In August 2023, Wikipedia editors classified the page as “semi-protected,” preventing changes by unregistered users or those without confirmed accounts. This restriction is expected to remain in place until January 2025, highlighting the platform’s commitment to maintaining the integrity of its content amid ongoing disruption.

Since its launch in **2001**, Wikipedia has been no stranger to vandalism. While some edits are intended as clever jokes, many others are simply offensive or nonsensical. The community of Wikipedia volunteers is known for its rapid response; for example, in **2021**, they corrected **53,000 pages** that had been defaced with swastikas within minutes.

The Future of the “Brain Rot” Entry

Despite the challenges posed by vandalism, the Wikipedia community is expected to restore the “brain rot” page to its original educational purpose. This incident serves as a reminder of the platform’s unique nature, where users can contribute knowledge freely, but also highlights the challenges that come with such open access.

As Wikipedia continues to adapt to these issues, the resilience of its volunteer editors remains a critical factor in ensuring that valuable information is preserved and accurately represented.