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Users can click and drag individual elements (like the search bar or the Google letters) and toss them around the screen.
Clicking the slippers caused the screen to spin in a whirlwind transition—complete with the sound of a tornado—turning the entire page into a sepia-toned version of Kansas.
In August 2019, Google introduced an official Easter egg to mark the 80th anniversary of The Wizard of Oz .
let radialForce = -0.01 * distance; // pull inward let tangentialForce = 0.05; // spin google gravity tornado
To understand what happens when these terms are brought together, you have to look at the two historic pillars of interactive web design that form this phrase.
Because the official path no longer works reliably on all browsers, several mirror sites have preserved the experience:
// Radial force (pulls inward) let radialForceX = -dx / distance * strength; let radialForceY = -dy / distance * strength; Users can click and drag individual elements (like
The search functionality remains active despite the visual chaos. You can type a query into the collapsed bar, and Google will respond by displaying the results, although they will also appear as if they have fallen due to the effects of gravity.
In the standard Google search engine, everything is rigid, structured, and anchored to your screen. However, when you activate a "Gravity" style modification, standard web elements—like the Google logo, the search bar, buttons, and text—sudely obey the laws of physics. They fall to the bottom of your browser window like heavy blocks.
| Feature | Description | |---------|-------------| | | Click any fallen element and drag it around the screen | | Launching | Double-click an element to toss it across the page | | Pause Physics | Press the spacebar to freeze all moving elements in place | | Search Still Works | Type a query into the fallen search bar—results will also fall under gravity's influence | | Full Interactivity | All clickable elements (including buttons, links, and menus) remain functional | let radialForce = -0
This interactive digital phenomenon bridges the gap between web development, physics simulation, and viral internet culture. What is the Google Gravity Tornado?
Move your mouse in fast, tight, continuous circles near the center of the screen.
The Google Gravity Tornado: Inside the Internet's Favorite Physics-Defying Easter Egg
However, the fun doesn’t stop with the initial fall. Once all the page elements have collapsed into a heap, you’re invited to pick them up and toss them around. Using your mouse or finger on a touchscreen, you can grab the Google logo and fling it against the edge of the window, stack the search buttons in a corner, or launch the “I’m Feeling Lucky” button to see where it bounces. It transforms a static webpage into an interactive simulation, making the user an active participant rather than a passive viewer.
Users can click and drag individual elements (like the search bar or the Google letters) and toss them around the screen.
Clicking the slippers caused the screen to spin in a whirlwind transition—complete with the sound of a tornado—turning the entire page into a sepia-toned version of Kansas.
In August 2019, Google introduced an official Easter egg to mark the 80th anniversary of The Wizard of Oz .
let radialForce = -0.01 * distance; // pull inward let tangentialForce = 0.05; // spin
To understand what happens when these terms are brought together, you have to look at the two historic pillars of interactive web design that form this phrase.
Because the official path no longer works reliably on all browsers, several mirror sites have preserved the experience:
// Radial force (pulls inward) let radialForceX = -dx / distance * strength; let radialForceY = -dy / distance * strength;
The search functionality remains active despite the visual chaos. You can type a query into the collapsed bar, and Google will respond by displaying the results, although they will also appear as if they have fallen due to the effects of gravity.
In the standard Google search engine, everything is rigid, structured, and anchored to your screen. However, when you activate a "Gravity" style modification, standard web elements—like the Google logo, the search bar, buttons, and text—sudely obey the laws of physics. They fall to the bottom of your browser window like heavy blocks.
| Feature | Description | |---------|-------------| | | Click any fallen element and drag it around the screen | | Launching | Double-click an element to toss it across the page | | Pause Physics | Press the spacebar to freeze all moving elements in place | | Search Still Works | Type a query into the fallen search bar—results will also fall under gravity's influence | | Full Interactivity | All clickable elements (including buttons, links, and menus) remain functional |
This interactive digital phenomenon bridges the gap between web development, physics simulation, and viral internet culture. What is the Google Gravity Tornado?
Move your mouse in fast, tight, continuous circles near the center of the screen.
The Google Gravity Tornado: Inside the Internet's Favorite Physics-Defying Easter Egg
However, the fun doesn’t stop with the initial fall. Once all the page elements have collapsed into a heap, you’re invited to pick them up and toss them around. Using your mouse or finger on a touchscreen, you can grab the Google logo and fling it against the edge of the window, stack the search buttons in a corner, or launch the “I’m Feeling Lucky” button to see where it bounces. It transforms a static webpage into an interactive simulation, making the user an active participant rather than a passive viewer.