Artistically, these works belong to the tradition of the "Ready-made"—taking an existing object (the Google interface) and recontextualizing it. They act as a form of digital détournement, turning a tool of commerce and data extraction into a toy. They democratize the web experience, reminding the user that they are not just consumers of content, but participants in a programmable environment.
His most famous project, simply titled was a viral sensation. By using a physics engine, he made the Google homepage succumb to gravity, sending the search bar, buttons, and logo crashing to the bottom of the browser window.
doob, or perhaps help you write a on how he builds these physics engines?
First introduced in 2009, Google Gravity is a Chrome experiment that turns the most organized website on earth into a heap of digital scrap.
Google Gravity was a Google Easter egg that was activated when users searched for "Google Gravity" on the Google search engine. When the results page loaded, the entire page would suddenly "fall" under the influence of gravity, with search results and other page elements bouncing around like they were stuck to a gravity-defying surface. The effect was achieved using JavaScript and was meant to showcase the capabilities of Google's technology. Google Gravity Slime Mr Doob
In short, "Google Gravity Slime" is far more than a trick. It is a monument to curiosity, creativity, and the joy of bending the rules. It’s a reminder that the greatest innovations often start as someone having a little too much fun with what a simple webpage can do.
These weren't just gimmicks—they were proof-of-concepts for what would become browser-based games, interactive ads, and 3D product configurators.
Google Gravity Slime Mr Doob may seem like a relic of the past, but its impact on web development, design, and culture is still felt today. The Easter egg's innovative use of technology, creative experimentation, and playful approach to user experience have made it a beloved memory for many.
While the original version of Google Gravity may become increasingly difficult to access through the official "I'm Feeling Lucky" method, its legacy is secure through sites like elgooG. As web standards evolve, future versions will likely continue to adapt, incorporating even more sophisticated physics or virtual reality elements. Artistically, these works belong to the tradition of
+-------------------------------------------------------+ | Google [ Search Box ] [ I'm Feeling Lucky ] | +-------------------------------------------------------+ || || (Simulated Gravity Triggered) \/ +-------------------------------------------------------+ | | | [Search Box] [Google] | |___[Lucky Button]_____[Sign In]______[Images]__________| +-------------------------------------------------------+
Visiting mrdoob.com grants access to a living archive of his projects, ranging from old-school particle attractors to cutting-edge WebGL terrains.
The "slime" experiment offers something modern games rarely do: . You can’t win. You can’t lose. You just… smear.
As web technologies advanced, the internet community and creative developers began merging the concepts of with liquid and fluid dynamics simulation software, often searching for terms like "Google Gravity Slime." His most famous project, simply titled was a viral sensation
: He is the primary author of Three.js, a widely used cross-browser JavaScript library and application programming interface used to create and display animated 3D computer graphics in a web browser.
When Google Gravity was first released in 2009, it was nothing short of mind-blowing. It was one of the first widespread demonstrations of what HTML5 and JavaScript could achieve outside the confines of a Flash plugin.
Created as a JavaScript experiment, it breaks the layout of the Google search page, forcing all elements to fall due to simulated gravity.
They encourage developers to think about user experience (UX) in terms of interaction, fluidity, and creative expression, rather than just static content.
The search bar, buttons, and settings links plunge downward, crashing into each other.