Google Gravity: The Falling Google Trick, Explained

What is Google Gravity?

Google Gravity is a web experiment that applies physics to the Google homepage. Load it and, after a moment, the logo, search bar, buttons, and links break loose and crash to the bottom of the browser window. Every piece becomes a physical object: you can pick elements up with the mouse, throw them, and watch them bounce off each other and the window edges.

The delightful detail is that the page keeps working. Type a query into the fallen search box and the results tumble down too, stacking into the pile.

Who made it — and why it isn't a Google feature

Google Gravity was created by Ricardo Cabello, better known as Mr.doob, the creative coder also famous for the three.js JavaScript library. It launched around 2009 as a demonstration of what JavaScript physics could do in an ordinary browser — impressive at a time when most pages were static.

Because it is a third-party experiment, you won't find it on google.com itself. It lives on the creator's site and on mirror pages that keep the trick alive.

How to try Google Gravity

1. Search Google for "Google Gravity".
2. Open the Mr.doob experiment result, or a mirror such as the elgooG version.
3. Wait a second for the page to load, then move your mouse — the layout collapses.
4. Drag pieces to throw them, and try running a real search from the fallen search box.

Historically, clicking I'm Feeling Lucky on the "Google Gravity" search took you straight to the experiment, which is how most people discovered it.

Variations on the trick

• Google Space — gravity is removed instead of added: the homepage elements float weightlessly.
• Underwater Google — elements bob on a simulated water surface.
• Google Sphere — links and images orbit the search box in a rotating sphere.

More hidden Google tricks worth trying

• Do a barrel roll — search it and the results page spins 360°.
• Askew — the results page tilts slightly off-axis.
• Google in 1998 — see our guide to what Google looked like in 1998, another classic Easter egg.
• Recursion — Google asks "Did you mean: recursion", forever.

Some famous tricks (like Zerg Rush and the Thanos snap) have been retired over the years, so a few classics now only exist in videos and mirrors.

Why these Easter eggs matter

Beyond the fun, experiments like Google Gravity were early proof that the browser could be a serious graphics and physics platform — a lineage that leads directly to today's WebGL games and interactive sites. For Google, the eggs are small brand moments: they reward curiosity and get shared, which is exactly why people are still searching for this trick more than a decade later.

How Google Gravity actually works under the hood

Google Gravity is a JavaScript experiment that uses a physics engine to override the normal static layout of a cloned Google homepage. When you load the page, the script detaches each DOM element — the logo, the search bar, the buttons — from its fixed position and assigns it mass, velocity, and gravity properties. The elements then fall, collide with the bottom of the viewport, and bounce with simulated friction.

The physics are handled by a rigid-body dynamics library. Each element is treated as a rectangle with a bounding box. When two bounding boxes overlap, the engine applies a collision response — pushing the elements apart and transferring momentum. This is why the logo and buttons stack unevenly rather than passing through each other.

The search functionality still works because the underlying form and input elements are intact. Submitting the form sends a standard query to Google. The visual chaos is purely cosmetic; the HTML structure beneath it is a functional copy of the Google search page.

One practical side effect: because the page is hosted on a mirror domain and not on google.com, your search results open on the real Google site, breaking you out of the gravity effect entirely.

Why the experiment behaves differently across devices and browsers

Google Gravity was built during an era when desktop browsers were the default target, and that origin creates noticeable inconsistencies today.

• Touch screens: The drag-and-throw interaction relies on mouse events. On mobile, touch events are a separate API, and most mirror sites do not map them. You can load the page on a phone, but throwing elements around typically does not work as intended.
• Viewport size: The physics simulation uses the window dimensions to set the floor. On very wide monitors, elements spread out and the collisions look sparse. On small screens, everything piles into a tight corner, which can make the search box hard to click.
• Browser performance mode: The animation runs on a JavaScript timer, not on the GPU-accelerated compositor. Browsers with aggressive power-saving modes — or older devices with slow JavaScript engines — will produce noticeably sluggish falling animations.
• Content blockers: Some privacy extensions block the third-party scripts that mirror sites load alongside the experiment. This can result in the page loading but the physics never initializing, leaving a static clone of Google with no gravity effect at all.

If the effect is not triggering, disabling extensions and reloading is the first thing to try before assuming the mirror site is broken.

The broader context: Mr.doob's work and browser-based creative coding

Ricardo Cabello, who publishes under the handle Mr.doob, built Google Gravity as part of a wave of browser experiments that emerged when JavaScript engines became fast enough to run real-time simulations without plugins. His portfolio includes work that spans interactive art, physics demos, and — most influentially — the three.js library, which became a foundational tool for 3D graphics on the web.

Google Gravity sits in a specific category of that creative coding era: projects that took a recognizable, trusted interface and subverted its expected behavior to reveal something about how the web works. The joke lands partly because users have such a strong mental model of the Google homepage. Seeing rigid, immovable UI elements suddenly obey gravity makes the abstraction visible.

This approach — using a familiar interface as the raw material for an experiment — influenced how developers think about browser capabilities as a creative medium. Tools like the Chrome Experiments platform were partly a response to projects like this one, giving that kind of work a dedicated showcase.

For developers curious about replicating the technique, the core ingredients are straightforward: a static HTML snapshot of a page, a lightweight rigid-body physics library, and event listeners that translate mouse movement into force vectors. The Google Gravity source is openly readable in any browser's developer tools, which makes it a useful learning reference for anyone exploring JavaScript physics simulations.

Frequently Asked Questions

Is Google Gravity an official Google feature?

No. It is a browser experiment by creative coder Mr.doob (Ricardo Cabello), hosted outside google.com. Mirror sites such as elgooG also host working versions.

Does Google Gravity still work?

Yes. The original experiment and its mirrors still run in modern browsers on desktop. On mobile the effect works but is easier to enjoy with a mouse.

Can I still search while the page is collapsed?

Yes — that is the best part. The fallen search box accepts queries, and the results drop into the pile like everything else.

Is Google Gravity safe to use?

The well-known versions (Mr.doob's page and the elgooG mirror) are safe browser demos. As with any novelty site, avoid imitations that ask you to install anything — the real trick never requires a download.

What is the "I'm Feeling Lucky" connection?

Google's I'm Feeling Lucky button jumps straight to the first result. Because the experiment ranked first for "Google Gravity", the button became the classic way to launch it.