Google Gravity Pool Mr Doob !full! May 2026
The "Google Gravity" feature is a popular interactive browser experiment created by digital artist Mr.doob. It mimics the effect of gravity on the Google homepage, causing all interface elements—such as the logo, search bar, and buttons—to "collapse" and fall to the bottom of the screen. How it Works
Physics Interaction: Once the elements fall, you can use your cursor to click and drag individual pieces (like the Google logo or search buttons) and toss them around the screen.
Search Functionality: Despite being a "broken" version of the page, the search bar often remains functional in many versions of the experiment.
Technology: It was originally built using Box2DJS, a JavaScript physics engine, to simulate real-world physical properties. How to Access It Go to the Google homepage. Type "Google Gravity" into the search bar. Click the "I'm Feeling Lucky" button.
Alternatively, you can visit the official experiment directly on the Mr.doob website.
How to Do the Google Gravity Trick in Your Browser - wikiHow
Google Gravity Pool is a legendary interactive web experiment created by digital artist Mr.Doob that reimagines the classic Google search engine under the laws of physics [1, 2].
Instead of sitting static on your screen, the Google homepage elements—the logo, search bar, and buttons—succumb to a simulated gravitational pull and come crashing down to the bottom of your browser [1, 2].
Here is a deep dive into the origin, mechanics, and lasting legacy of this iconic piece of internet history. 🌌 What is Google Gravity by Mr.Doob?
Google Gravity is a creative coding project that applies a physics engine to a perfect replica of the Google homepage [1]. It was created by Ricardo Cabello, a Spanish web developer better known by his internet handle Mr.Doob [1].
When you load the page, everything looks normal for a split second. Then, gravity takes over. The massive Google logo, the search box, and the UI buttons suddenly drop and pile up at the bottom of the screen [1, 2]. Key Features of the Experiment google gravity pool mr doob
Interactive Physics: You can click and drag any element—like the search bar or the logo—and fling it across the screen [1, 2].
Working Search Bar: The search box still functions [1]. If you type a query and press enter, the search results fall from the sky and crash into the pile [1, 2].
Responsive Design: If you resize your browser window, the ground level changes, and the elements shift and tumble realistically to fit the new dimensions. 🛠️ The Tech Behind the Magic
Mr.Doob is a pioneer in web-based graphics and interactive design. He is most famous for creating three.js, a popular JavaScript library used to create and display animated 3D computer graphics in a web browser. For Google Gravity, Mr.Doob utilized:
HTML5 and CSS: To replicate the visual styling of the classic Google homepage.
JavaScript: To manipulate the Document Object Model (DOM) in real-time.
Box2D JS: A 2D physics engine translated to JavaScript. This engine calculates the mass, velocity, friction, and collision of each webpage element, making them behave like physical objects. 🕹️ How to Play with Google Gravity
Experiencing Google Gravity today is incredibly easy, as various mirrors and archives keep the project alive. Step-by-Step Guide Open your web browser.
Search for "Google Gravity Mr.Doob" or go directly to the Mr.Doob website.
Once the elements fall, use your mouse cursor to click and hold any piece. The "Google Gravity" feature is a popular interactive
Toss the pieces around to see them bounce off the walls and each other!
Type a word into the fallen search bar and hit enter to watch new result blocks rain down [1, 2]. 🎨 The Legacy of Mr.Doob's Experiments
Google Gravity was part of a larger movement in the late 2000s and early 2010s centered around "Google Easter Eggs" and creative coding experiments. Mr.Doob created several other highly viral interactive projects that pushed the boundaries of what browsers could do at the time:
Google Sphere: Generates a rotating sphere of Google links that spin faster or slower based on your mouse movement.
Internet Underground: A project where the browser window appears to fill up with water, making the elements float.
Ball Pool: An empty screen that fills up with colorful, physics-enabled bouncing balls that react to your mouse clicks and browser shakes. 💡 Why It Captured the Internet's Imagination
At its peak, Google Gravity went massively viral. Its success can be attributed to a few key factors:
Subverting the Familiar: Google is the most visited, rigid, and organized site on earth. Watching its perfect structure descend into chaotic physics was incredibly satisfying and funny for users.
Showcasing Browser Power: At the time of its release, browsers were just starting to support advanced HTML5 and JavaScript capabilities. Google Gravity proved that browsers could handle complex, real-time physics without needing external plugins like Adobe Flash.
Pure Nostalgia: For many internet users, Mr.Doob’s experiments represent a golden era of web experimentation—a time when developers built fun, pointless, and purely joyful interactions just to see if they could. How to Access Google Gravity Pool Mr Doob
Google Gravity remains a masterclass in creative coding. It reminds us that even the most functional spaces on the internet can be turned into a playground with just a bit of imagination and a few lines of clever code.
How to Access Google Gravity Pool Mr Doob
Accessing the classic Google Gravity experiment is easy, but the "Pool" version requires a specific URL. Here’s how:
- Open your web browser (Chrome, Firefox, Edge, or Safari work best).
- Type in the address: https://mrdoob.com/projects/chromeexperiments/google-gravity-pool/ (Note: This URL may redirect or change over time. If it fails, visit mrdoob.com and look for "Experiments" or "Google Pool.")
- Wait for the page to load. You will see a standard Google homepage for a split second.
- Watch as the page collapses into the pool. Alternatively, click and drag the page violently to break everything apart.
Pro tip: If you want the non-pool version, you can just search "Google Gravity" on Google itself and click the "I’m Feeling Lucky" button—but that’s a different, simplified version. Mr Doob’s original remains the best.
Step-by-Step Guide: How to Access It
There are two main ways to experience this. The most reliable method is going directly to the developer's website.
Why Is It So Addictive?
There’s a simple psychological reason why "Google Gravity Pool Mr Doob" has survived over a decade of internet trends:
- Violation of the familiar. Google’s homepage is the most minimal, predictable UI in the world. Seeing it crumble and splash is viscerally satisfying.
- Physics as entertainment. Before hyper-realistic mobile games, this was a cutting-edge demo of what JavaScript could do.
- No stakes, pure fun. You can’t win or lose. You just play.
Google Gravity vs. Google Gravity Pool
Not sure which version you’ve seen? Here’s a quick comparison:
| Feature | Standard Google Gravity | Google Gravity Pool | |--------|----------------------|---------------------| | Floor | Solid, invisible ground | Water surface & pool | | Element behavior | Falls, stacks, rolls | Falls, splashes, floats | | Visual style | No water effects | Blue ripples, reflection hints | | Interaction | Drag & throw | Drag & throw with buoyancy | | Best for | Classic chaos | Relaxing, weird fun |
What is "Google Gravity Pool"?
Google Gravity is a famous interactive web experiment created by Mr. Doob (a creative developer known for web experiments and three.js). While the original "Google Gravity" simply made the search engine elements fall to the bottom of the screen due to gravity, over the years, variations and similar physics experiments have emerged.
The "Pool" aspect usually refers to a specific interaction within these physics simulations. While Mr. Doob’s most famous creation is the standard "falling" Google, users often lump other interactive physics tests (like "Google Gravity Pool" or "Google Sphere") under the same umbrella.
In these experiments, the web page elements (logo, search bar, buttons) behave like physical objects. You can throw them around, stack them, and—specifically in the "Pool" context—knock them into one another like billiard balls.
