Google Gravity Pool Mr Doob <TOP-RATED>

Because Google frequently updates its main search page (especially with the introduction of JavaScript frameworks and the removal of the classic homepage), the original Mr. Doob script no longer works on google.com by default. However, the experiment lives on through mirrored archives and the official Mr. Doob collection.

To play Google Gravity Pool Mr Doob today, follow these steps:

Once loaded, you will see a standard Google homepage. Click anywhere—and watch the apocalypse begin. If you are on the "Pool" version, you will see the elements bounce off the edges like they are in a pool of invisible water.

Why has "Google Gravity Pool Mr Doob" remained a cult hit for over 15 years? The answer lies in three psychological triggers:

"Google Gravity Pool Mr Doob" is more than a search term; it is a digital time capsule. It represents an era when the web was playful, when a single developer could "break" a billion-dollar homepage for fun, and when physics engines were a novelty rather than a standard.

So, the next time you have a stressful day at work or a boring five minutes, open your browser, search for this phrase, and spend a few minutes dragging the Google "G" across an invisible pool table. Let the search bar bounce off the walls. Watch the "I'm Feeling Lucky" button slide into the corner pocket.

After all, sometimes the best way to use the internet is to tear it apart and put it back together—one gravity-defying brick at a time.

Have you tried Google Gravity Pool by Mr. Doob? Share your high scores (most items stacked before crashing your tab) in the comments below.

If you grew up browsing the internet in the late 2000s or early 2010s, chances are you stumbled upon a bizarre, physics-defying website where the Google homepage collapsed into a pile of rubble. That prank—now a piece of digital folklore—is known as Google Gravity. But if you search for "Google Gravity Pool Mr Doob," you’re looking for a specific, surreal twist on the classic: a chaotic blend of falling search boxes, a pool of water, and the creative genius of a single web developer.

In this article, we’ll dive deep into what Google Gravity Pool is, who Mr Doob is, how to play with it, and why it has become a cult classic in the world of browser experiments.

Before we get to the "pool" version, let’s break down the original.

Google Gravity is a JavaScript experiment that manipulates the Google homepage using a physics engine. Instead of a neatly organized search bar and buttons, all elements—logo, search box, "I’m Feeling Lucky" button—suddenly obey the laws of gravity. They fall down your screen, bounce, stack, and can be dragged around like real objects.

The effect was created using Box2D (a 2D physics engine) and was initially uploaded to Mr.doob.com, the personal playground of a legendary creative coder.

If you enjoy the pool/gravity effect, you should check out these other specific projects on his site:

Google Gravity and the Ball Pool are classic web experiments created by developer Mr.doob (Ricardo Cabello). These experiments famously turned the static Google homepage into an interactive physics playground. 🕳️ Google Gravity

This experiment reimagines the Google search page as a collection of physical objects subject to gravity.

The Effect: Once you move your mouse or the page loads, the logo, search bar, and buttons tumble to the bottom of the screen.

Interaction: You can grab any element with your cursor and toss it around. The pieces bounce and collide with realistic physics.

Searching: In the original version, you could actually perform searches, and the results would drop into the pile like falling blocks. 🎱 Ball Pool

While often associated with "Google Gravity," the Ball Pool is a separate, equally popular experiment by Mr.doob.

How it Works: The screen starts as an empty white space. When you click, colorful balls appear and settle at the bottom. google gravity pool mr doob

Physics Fun: You can "shake" your browser window to watch the balls bounce wildly or drag individual balls to see them interact with others.

Purpose: It was designed to showcase what modern web browsers could do with JavaScript and physics engines without needing extra plugins. 🚀 How to Try Them Yourself

Since Google has updated its search engine many times, these original experiments are now hosted on dedicated project sites:

Direct Search: Go to Google, type "Google Gravity," and click I'm Feeling Lucky.

Mr.doob’s Site: Visit the official projects directly at mrdoob.com for the original experience.

Archived Versions: Sites like elgooG maintain enhanced versions that still support modern search features.

💡 Pro Tip: If you're on a phone or tablet, tilting your device will cause the pieces to slide and tumble in the direction of the tilt. If you'd like to find more hidden tricks like these: Try searching for Google Space (also by Mr.doob). Look up Google Underwater or Google Sphere.

Ask me for a list of active Google Easter eggs you can use right now in your search bar. Which experiment Ball Pool by Mr.doob - Experiments with Google

The fluorescent hum of the computer lab was the only sound in the room, save for the frantic clicking of Elias’s mouse. It was 3:00 PM on a Friday—the "Golden Hour" of boredom—where teachers had given up on instruction and students were left to fend for themselves against the lure of the weekend.

Elias, however, wasn't just bored. He was on a digital archaeological dig.

"Check this out," Elias whispered, leaning over his monitor. He gestured for his friend, Sarah, to roll her chair over.

"What is it? Another geometry dash level?" Sarah asked, blowing a bubble with her gum.

"Better. It's a relic," Elias said, his eyes gleaming. "I found it on a forum. It’s called 'Mr. Doob'."

"Mr. Who?"

"Doob. It’s a collection of interactive art. Watch this."

Elias typed the familiar URL into the browser. The Google homepage loaded, the iconic multi-colored logo sitting pristine against the stark white background.

"It's just Google," Sarah deadpanned.

"Just watch." Elias took the mouse cursor, grabbed the search bar, and violently shook it.

Sarah gasped. The white background seemed to dissolve. The 'I'm Feeling Lucky' button, the Google logo, the search bar—they all obeyed the laws of physics suddenly. They detached from the screen, plummeting downward, and piled up at the bottom of the browser window with a satisfying, muted thud.

"Gravity," Elias whispered dramatically. "Google Gravity." Because Google frequently updates its main search page

Sarah laughed, a sudden burst of sound that made the library monitor scowl. "That’s hilarious. Can you still search?"

"Try it."

Sarah typed "cats" into the search bar, which was currently lying sideways at the bottom of the screen. She hit enter. The results cascaded down from the top, crashing into the pile of UI elements already accumulating at the bottom.

For five minutes, they were mesmerized. It was a simple piece of code, a JavaScript trick, but it felt like breaking the rules. They weren't just looking at a webpage; they were playing with it. They grabbed the 'o' in Google and flung it across the screen, watching it bounce off the sides of the browser like a rubber ball.

But Elias wasn't done.

"There's a second phase," he said. He navigated to a different tab. "The Pool."

"The pool?" Sarah asked, raising an eyebrow.

Elias hit the keys. The screen dissolved into an optical illusion of rippling water. The cursor didn't click anymore; it splashed. Wherever he moved the mouse, a distortion rippled across the monitor, as if the screen were a liquid pond. He dragged the mouse faster, creating waves that refracted the text floating underneath.

"It’s like the internet is melting," Sarah said, mesmerized. She reached out, guiding Elias's hand to make a whirlpool in the center of the 'News' tab. The digital water churned, warping the pixels into a mesmerizing spiral.

"It’s art," Elias corrected. "It reminds us that the internet isn't just flat text and boxes. It has depth. It has weight."

Suddenly, the school bell rang, shattering the trance. The sharp electronic buzz signaled the weekend.

Students began packing up, the scraping of chairs filling the room. Sarah stood up, slinging her backpack over one shoulder. She looked at Elias, who was still staring at the rippling water on the screen.

"You coming, Elias? The weekend is calling. Real gravity awaits."

Elias smiled and closed the browser. The ripples vanished instantly, replaced by the cold, static desktop wallpaper. The magic was hidden again, tucked away in the server farms of Mr. Doob.

"Yeah," Elias said, pushing his chair in. "But real gravity doesn't let you throw the Google logo around like a frisbee."

"True," Sarah laughed as they walked out into the hallway. "But real gravity also doesn't crash when you open too many tabs."

Elias nodded. It was a fair trade. But as he stepped out into the sunlight, he couldn't help but wish he could grab the clouds and drag them down to the earth, just to see if they would bounce.

Google Gravity and Ball Pool: A Technical Retrospective of Mr.doob’s Browser Experiments Google Gravity

are seminal web experiments created by computer-graphics programmer Ricardo Cabello , popularly known as

. Released in early 2009, these projects served as early masterclasses in interactive web design, showcasing the then-emerging capabilities of JavaScript 1. Google Gravity: The Physics of Interface Once loaded, you will see a standard Google homepage

Google Gravity reimagines the world’s most familiar interface—the Google Search page—as a collection of physical objects subject to Newtonian laws. Mechanism:

Upon loading, the DOM (Document Object Model) elements—including the logo, search bar, and buttons—lose their fixed positions and "collapse" to the bottom of the viewport. Interactivity:

Users can click and drag individual page components, tossing them against the edges of the browser window where they bounce and collide with realistic physics. Historical Legacy: Originally featured on Chrome Experiments

, it became an internet classic for turning a static search utility into a playful physics playground. 2. Ball Pool: Foundations of Fluid Motion Released just before Google Gravity in February 2009,

focuses on high-performance particle physics within the browser. User Interaction:

The experiment allows users to create colored spheres by clicking in empty space or "shake" the browser window to disturb the existing pool of balls. Simulation Depth:

It utilizes a physics engine to handle continuous collision detection and velocity damping, ensuring that hundreds of objects can interact smoothly without overlapping or "leaking" through boundaries. 3. Underlying Technology and Engineering

Mr.doob utilized a combination of cutting-edge web standards and custom physics logic to achieve these effects: Mr.doob - Experiments with Google

This report summarizes the interactive Google Gravity and Google Gravity Pool projects created by Ricardo Cabello , popularly known as . Project Overview

The "Google Gravity" series consists of interactive web simulations that apply physical forces (gravity, buoyancy, or zero-gravity) to standard Google search page elements.

Google Gravity: Introduced in 2009, this simulation causes all elements on the Google homepage—such as the logo, search bar, and buttons—to crash to the bottom of the screen as if affected by sudden gravity.

Google Gravity Pool: This variation is an interactive game where users interact with colorful balls of varying sizes and shapes.

Technical Foundation: These simulations are built using JavaScript and HTML5, often utilizing the Matter.js physics engine or Mr. Doob's own creative coding libraries to manage collisions and physical interactions. Key Features & Interaction Interaction Description Physics Manipulation

Users can click, drag, and "fling" page elements (like the Google logo) across the screen. Functional Search

Even after crashing, the search bar often remains functional; typing and searching will cause new results to "fall" into the pile. Pool Mechanics

In the Gravity Pool version, users can drag balls to specific spots, release them, and trigger a cascade of falling objects by clicking the background. Underwater Variation

A related "Google Underwater" version transforms the screen into a sea-like environment where elements float and sway with waves. How to Access

Because these are hosted on third-party sites rather than the live Google homepage, they are typically accessed through the following steps: Go to the Google Homepage.

Type "Google Gravity" or "Google Gravity Mr. Doob" into the search bar.

Click the "I'm Feeling Lucky" button instead of hitting Enter; this redirects you directly to the hosted simulation.

How to Do the Google Gravity Trick in Your Browser - wikiHow

Because Google frequently updates its main search page (especially with the introduction of JavaScript frameworks and the removal of the classic homepage), the original Mr. Doob script no longer works on google.com by default. However, the experiment lives on through mirrored archives and the official Mr. Doob collection.

To play Google Gravity Pool Mr Doob today, follow these steps:

Once loaded, you will see a standard Google homepage. Click anywhere—and watch the apocalypse begin. If you are on the "Pool" version, you will see the elements bounce off the edges like they are in a pool of invisible water.

Why has "Google Gravity Pool Mr Doob" remained a cult hit for over 15 years? The answer lies in three psychological triggers:

"Google Gravity Pool Mr Doob" is more than a search term; it is a digital time capsule. It represents an era when the web was playful, when a single developer could "break" a billion-dollar homepage for fun, and when physics engines were a novelty rather than a standard.

So, the next time you have a stressful day at work or a boring five minutes, open your browser, search for this phrase, and spend a few minutes dragging the Google "G" across an invisible pool table. Let the search bar bounce off the walls. Watch the "I'm Feeling Lucky" button slide into the corner pocket.

After all, sometimes the best way to use the internet is to tear it apart and put it back together—one gravity-defying brick at a time.

Have you tried Google Gravity Pool by Mr. Doob? Share your high scores (most items stacked before crashing your tab) in the comments below.

If you grew up browsing the internet in the late 2000s or early 2010s, chances are you stumbled upon a bizarre, physics-defying website where the Google homepage collapsed into a pile of rubble. That prank—now a piece of digital folklore—is known as Google Gravity. But if you search for "Google Gravity Pool Mr Doob," you’re looking for a specific, surreal twist on the classic: a chaotic blend of falling search boxes, a pool of water, and the creative genius of a single web developer.

In this article, we’ll dive deep into what Google Gravity Pool is, who Mr Doob is, how to play with it, and why it has become a cult classic in the world of browser experiments.

Before we get to the "pool" version, let’s break down the original.

Google Gravity is a JavaScript experiment that manipulates the Google homepage using a physics engine. Instead of a neatly organized search bar and buttons, all elements—logo, search box, "I’m Feeling Lucky" button—suddenly obey the laws of gravity. They fall down your screen, bounce, stack, and can be dragged around like real objects.

The effect was created using Box2D (a 2D physics engine) and was initially uploaded to Mr.doob.com, the personal playground of a legendary creative coder.

If you enjoy the pool/gravity effect, you should check out these other specific projects on his site:

Google Gravity and the Ball Pool are classic web experiments created by developer Mr.doob (Ricardo Cabello). These experiments famously turned the static Google homepage into an interactive physics playground. 🕳️ Google Gravity

This experiment reimagines the Google search page as a collection of physical objects subject to gravity.

The Effect: Once you move your mouse or the page loads, the logo, search bar, and buttons tumble to the bottom of the screen.

Interaction: You can grab any element with your cursor and toss it around. The pieces bounce and collide with realistic physics.

Searching: In the original version, you could actually perform searches, and the results would drop into the pile like falling blocks. 🎱 Ball Pool

While often associated with "Google Gravity," the Ball Pool is a separate, equally popular experiment by Mr.doob.

How it Works: The screen starts as an empty white space. When you click, colorful balls appear and settle at the bottom.

Physics Fun: You can "shake" your browser window to watch the balls bounce wildly or drag individual balls to see them interact with others.

Purpose: It was designed to showcase what modern web browsers could do with JavaScript and physics engines without needing extra plugins. 🚀 How to Try Them Yourself

Since Google has updated its search engine many times, these original experiments are now hosted on dedicated project sites:

Direct Search: Go to Google, type "Google Gravity," and click I'm Feeling Lucky.

Mr.doob’s Site: Visit the official projects directly at mrdoob.com for the original experience.

Archived Versions: Sites like elgooG maintain enhanced versions that still support modern search features.

💡 Pro Tip: If you're on a phone or tablet, tilting your device will cause the pieces to slide and tumble in the direction of the tilt. If you'd like to find more hidden tricks like these: Try searching for Google Space (also by Mr.doob). Look up Google Underwater or Google Sphere.

Ask me for a list of active Google Easter eggs you can use right now in your search bar. Which experiment Ball Pool by Mr.doob - Experiments with Google

The fluorescent hum of the computer lab was the only sound in the room, save for the frantic clicking of Elias’s mouse. It was 3:00 PM on a Friday—the "Golden Hour" of boredom—where teachers had given up on instruction and students were left to fend for themselves against the lure of the weekend.

Elias, however, wasn't just bored. He was on a digital archaeological dig.

"Check this out," Elias whispered, leaning over his monitor. He gestured for his friend, Sarah, to roll her chair over.

"What is it? Another geometry dash level?" Sarah asked, blowing a bubble with her gum.

"Better. It's a relic," Elias said, his eyes gleaming. "I found it on a forum. It’s called 'Mr. Doob'."

"Mr. Who?"

"Doob. It’s a collection of interactive art. Watch this."

Elias typed the familiar URL into the browser. The Google homepage loaded, the iconic multi-colored logo sitting pristine against the stark white background.

"It's just Google," Sarah deadpanned.

"Just watch." Elias took the mouse cursor, grabbed the search bar, and violently shook it.

Sarah gasped. The white background seemed to dissolve. The 'I'm Feeling Lucky' button, the Google logo, the search bar—they all obeyed the laws of physics suddenly. They detached from the screen, plummeting downward, and piled up at the bottom of the browser window with a satisfying, muted thud.

"Gravity," Elias whispered dramatically. "Google Gravity."

Sarah laughed, a sudden burst of sound that made the library monitor scowl. "That’s hilarious. Can you still search?"

"Try it."

Sarah typed "cats" into the search bar, which was currently lying sideways at the bottom of the screen. She hit enter. The results cascaded down from the top, crashing into the pile of UI elements already accumulating at the bottom.

For five minutes, they were mesmerized. It was a simple piece of code, a JavaScript trick, but it felt like breaking the rules. They weren't just looking at a webpage; they were playing with it. They grabbed the 'o' in Google and flung it across the screen, watching it bounce off the sides of the browser like a rubber ball.

But Elias wasn't done.

"There's a second phase," he said. He navigated to a different tab. "The Pool."

"The pool?" Sarah asked, raising an eyebrow.

Elias hit the keys. The screen dissolved into an optical illusion of rippling water. The cursor didn't click anymore; it splashed. Wherever he moved the mouse, a distortion rippled across the monitor, as if the screen were a liquid pond. He dragged the mouse faster, creating waves that refracted the text floating underneath.

"It’s like the internet is melting," Sarah said, mesmerized. She reached out, guiding Elias's hand to make a whirlpool in the center of the 'News' tab. The digital water churned, warping the pixels into a mesmerizing spiral.

"It’s art," Elias corrected. "It reminds us that the internet isn't just flat text and boxes. It has depth. It has weight."

Suddenly, the school bell rang, shattering the trance. The sharp electronic buzz signaled the weekend.

Students began packing up, the scraping of chairs filling the room. Sarah stood up, slinging her backpack over one shoulder. She looked at Elias, who was still staring at the rippling water on the screen.

"You coming, Elias? The weekend is calling. Real gravity awaits."

Elias smiled and closed the browser. The ripples vanished instantly, replaced by the cold, static desktop wallpaper. The magic was hidden again, tucked away in the server farms of Mr. Doob.

"Yeah," Elias said, pushing his chair in. "But real gravity doesn't let you throw the Google logo around like a frisbee."

"True," Sarah laughed as they walked out into the hallway. "But real gravity also doesn't crash when you open too many tabs."

Elias nodded. It was a fair trade. But as he stepped out into the sunlight, he couldn't help but wish he could grab the clouds and drag them down to the earth, just to see if they would bounce.

Google Gravity and Ball Pool: A Technical Retrospective of Mr.doob’s Browser Experiments Google Gravity

are seminal web experiments created by computer-graphics programmer Ricardo Cabello , popularly known as

. Released in early 2009, these projects served as early masterclasses in interactive web design, showcasing the then-emerging capabilities of JavaScript 1. Google Gravity: The Physics of Interface

Google Gravity reimagines the world’s most familiar interface—the Google Search page—as a collection of physical objects subject to Newtonian laws. Mechanism:

Upon loading, the DOM (Document Object Model) elements—including the logo, search bar, and buttons—lose their fixed positions and "collapse" to the bottom of the viewport. Interactivity:

Users can click and drag individual page components, tossing them against the edges of the browser window where they bounce and collide with realistic physics. Historical Legacy: Originally featured on Chrome Experiments

, it became an internet classic for turning a static search utility into a playful physics playground. 2. Ball Pool: Foundations of Fluid Motion Released just before Google Gravity in February 2009,

focuses on high-performance particle physics within the browser. User Interaction:

The experiment allows users to create colored spheres by clicking in empty space or "shake" the browser window to disturb the existing pool of balls. Simulation Depth:

It utilizes a physics engine to handle continuous collision detection and velocity damping, ensuring that hundreds of objects can interact smoothly without overlapping or "leaking" through boundaries. 3. Underlying Technology and Engineering

Mr.doob utilized a combination of cutting-edge web standards and custom physics logic to achieve these effects: Mr.doob - Experiments with Google

This report summarizes the interactive Google Gravity and Google Gravity Pool projects created by Ricardo Cabello , popularly known as . Project Overview

The "Google Gravity" series consists of interactive web simulations that apply physical forces (gravity, buoyancy, or zero-gravity) to standard Google search page elements.

Google Gravity: Introduced in 2009, this simulation causes all elements on the Google homepage—such as the logo, search bar, and buttons—to crash to the bottom of the screen as if affected by sudden gravity.

Google Gravity Pool: This variation is an interactive game where users interact with colorful balls of varying sizes and shapes.

Technical Foundation: These simulations are built using JavaScript and HTML5, often utilizing the Matter.js physics engine or Mr. Doob's own creative coding libraries to manage collisions and physical interactions. Key Features & Interaction Interaction Description Physics Manipulation

Users can click, drag, and "fling" page elements (like the Google logo) across the screen. Functional Search

Even after crashing, the search bar often remains functional; typing and searching will cause new results to "fall" into the pile. Pool Mechanics

In the Gravity Pool version, users can drag balls to specific spots, release them, and trigger a cascade of falling objects by clicking the background. Underwater Variation

A related "Google Underwater" version transforms the screen into a sea-like environment where elements float and sway with waves. How to Access

Because these are hosted on third-party sites rather than the live Google homepage, they are typically accessed through the following steps: Go to the Google Homepage.

Type "Google Gravity" or "Google Gravity Mr. Doob" into the search bar.

Click the "I'm Feeling Lucky" button instead of hitting Enter; this redirects you directly to the hosted simulation.

How to Do the Google Gravity Trick in Your Browser - wikiHow