Google Gravity Slime Mr Doob Link _verified_ Jun 2026

Flinging search bars across a screen or watching colorful slime coat a webpage offers a quick, therapeutic break during the workday.

You can experience the original project directly through the creator's site or via various "mirrors" that have preserved the effect: Primary Link Google Gravity - Mr.doob Archived Version Google Gravity (2013 Edition) Alternative Mirror elgooG Gravity

Click the button (instead of the standard search button).

Google Gravity is not a setting within Google itself, but rather a . Created in 2009 by the developer Ricardo Cabello, better known by his pseudonym Mr. Doob , the experiment took the standard Google homepage and subjected all its interface elements to a simulated gravitational field. google gravity slime mr doob link

Provides a blank space where complex graphics and animations can be rendered dynamically in real time.

The search bar, buttons, and links fall from the top of the screen and pile up at the bottom.

: If you type a query into the fallen search bar and press enter, the search results will drop from the top of the screen into the pile. Physics Interaction Flinging search bars across a screen or watching

━━━━ Ricardo Cabello, aka Mr. doob, is a self-taught web developer based in London (he originally hails from Barcelona). GitHub Pages documentation

Not exactly—but here are the three most likely explanations for why users pair "slime" with "Google Gravity Mr. Doob link."

: Upon loading, the standard Google homepage elements—including the logo, search bar, and buttons—immediately drop to the bottom of the screen as if affected by real-world gravity. Interactivity Created in 2009 by the developer Ricardo Cabello,

Over the years, Mr.Doob and other open-source developers created variations of physics experiments where users could interact with liquid, slime, and fabric-like meshes directly in the browser. Why "Slime" and "Gravity" are Searched Together:

The fluid simulation relies on advanced web development techniques to achieve smooth performance: