. Launched on March 18, 2009, it was originally designed as a "Chrome Experiment" to showcase the potential of browser-based physics and JavaScript. What is it?
Grab the Google logo with your cursor and toss it around the screen. Why These Internet Easter Eggs Matter
You can visit the project directly on Mr.doob’s website or through restorations on sites like elgooG . Related "Fluid" Physics Experiments by Mr.doob
Google Gravity is a popular browser-based "Easter Egg" or interactive experiment. It isn't a malicious bug, but rather a creative manipulation of the Google homepage.
: Every piece interacts realistically with the others, tumbling and bouncing based on how hard the user throws them. The Slime Evolution: What is Google Gravity Slime? Google Gravity Slime Mr Doob
The "Lava" version is one of the more popular variations. It often involves either a red and orange color scheme reminiscent of molten rock, or a surface grid where users can move a "red box" to create patterns on a lava-like floor. The lava variation emerged as a distinct version shared online, often described as a simple yet engaging puzzle game.
The Google homepage is arguably the most recognizable interface in human history. It is clean, rigid, and predictable. Seeing it completely shattered and submerged in goo provided a surreal, satisfying cognitive dissonance.
If you need a 2-minute break today, go to the Mr. doob Google Gravity Project and watch the search page collapse into a pile of interactive rubble. You can grab the broken pieces and throw them across your screen!
You can experience it yourself without even leaving the search engine: Go to the standard Google homepage. Type "Google Gravity" into the search bar. Grab the Google logo with your cursor and
You can still experience Mr. Doob's creation by visiting trusted internet archive and novelty sites. The most famous mirror is hosted by (Google spelled backward), a website dedicated to restoring and hosting defunct Google Easter eggs, including Google Anti-Gravity, Google Underwater, and the classic Pac-Man doodle. To play it:
: Despite the chaos, the search bar originally allowed users to perform real searches via Google’s (now retired) Web Search API. Related "Slime-Like" Experiments by Mr.doob
Launched as part of the "Chrome Experiments," Google Gravity remains one of the most iconic interactive pieces on the web. Upon loading the page, the user is presented with the familiar Google interface, but the illusion is short-lived. Affected by a simulated gravitational pull, the elements—the logo, the search bar, the buttons—succumb to physics, crashing to the bottom of the browser window in a heap of digital rubble.
The "Slime" in "Google Gravity Slime" isn't an official separate product, but it's a perfect descriptor of the experience. Mr. Doob didn't just make objects fall; he made them . This is where the "goopy" feeling comes from. It isn't a malicious bug, but rather a
Early versions of these experiments relied heavily on the HTML5 element. The canvas allowed developers to draw shapes and move them pixel by pixel using JavaScript loops. While revolutionary for its time, processing thousands of moving particles on a standard computer CPU often caused performance lag. 2. WebGL and Hardware Acceleration
These simulations prove that browsers can handle complex 3D and physics-based rendering without plugins (like the now-defunct Flash).
Following the success of rigid-body drops, developers began experimenting with HTML5 Canvas fluid simulations. "Slime" refers to variations of the classic layout where elements do not just break apart like boxes; instead, they stretch, distort, bend, and stick together like slime or jelly. The Red "Lava" Modification
: Every visual element—including the iconic Google logo, the search bar, the buttons, and individual menu options—succumbs to a simulated downward pull and crashes to the bottom of the screen.
Because "Google Gravity Slime" is not an official Mr. Doob experiment, finding a working version requires a little digging:
Google Gravity Slime Mr. Doob is more than just a nostalgic internet trick; it is a historical milestone in creative coding. It proved to a generation of developers that the web browser could be used for art, expression, and complex physics simulation, paving the way for the highly interactive, 3D web experiences we take for granted today.