Google Gravity is a parody website that mimics the Google search engine. Created by Mr. Doob (more on him later), Google Gravity features a fake search engine that behaves like a physics-based playground. When you interact with the site, objects move, bounce, and respond to gravity, creating a mesmerizing and entertaining experience.

The original Google Gravity was rigid. Buttons were square. The logo was a block of text. Somewhere around 2018, a new subgenre of web experiments emerged: fluid simulation and slime physics.

Developers began using WebGL and shaders to create realistic, gooey, non-Newtonian fluids that stretch, drip, and ooze. The search term "Google Gravity Slime" likely combines two distinct nostalgic pleasures:

In these "slime" variants, the Google logo isn't a rigid block—it is a blob of translucent, colored goo. When you drag it, it stretches like melted cheese. When you throw it, it splats against the invisible walls of the browser window.

Overview

How it works (technical summary)

User experience

Design considerations

Implementation outline (simple approach)

Possible enhancements

Use cases

Legal/ethical notes

Short promotional blurb Experience the web like never before — poke, pull, and crack the Google page as gooey, physics-driven slime. Watch letters stretch, snap, and splash across the screen in a delightfully messy interactive demo.

Related search suggestions (Note: invoked automatically)

The phenomenon of Google Gravity , famously created by the developer

(Ricardo Cabello), is a classic web experiment that reimagines the Google homepage as a physics playground. The Experiment Released around 2009 as part of the Chrome Experiments

showcase, Google Gravity uses a physics engine (Box2D) to cause every element on the search page—the logo, buttons, and search bar—to collapse and fall to the bottom of the screen. Interaction:

You can "grab" any piece with your cursor and toss it around, watching the elements bounce and collide with believable physics. Active Search:

Historically, you could still type into the fallen search bar; the search results would then fall from the top and pile up on the floor.

The creator is a renowned graphics programmer also known for leading the development of , a popular 3D library for browsers. Related Variations

The term "cracked" or "slime" often refers to the variety of mirrors and iterations that have kept the experiment alive after Google's API changes broke the original search functionality. Google Space: A sister project by Mr.doob that simulates zero gravity , making elements float and drift aimlessly. Google Sphere:

Another variation where elements orbit the center of the screen like a swirling galaxy Google Underwater: A physics demo where the search bar floats on water while beneath it.

Today, while the original site is a "static" archive, enthusiasts use sites like

to experience "fixed" versions that restore search capabilities and add modern features like dark mode. on your current browser? Play Google Gravity - elgooG

The search terms "google gravity," "slime," "mr doob," and "cracked" refer to a collection of interactive browser-based experiments and "Easter eggs" developed by coder Ricardo Cabello, better known as mr.doob. Google Gravity

Google Gravity is one of the most famous browser "tricks" created by mr.doob.

Effect: When the page loads, the standard Google search interface—including the logo, search bar, and buttons—loses its rigidity and crashes to the bottom of the browser window as if affected by real-world physics.

Interactivity: Every element becomes a physics object. You can click and drag the pieces to throw them around the screen, and they will bounce off the walls and each other.

Functionality: Despite the chaos, the search bar and buttons usually remain functional, allowing you to perform searches that then fall into the pile. Slime (Fluid Experiments)

While there isn't a single "Google Slime," mr.doob is well-known for fluid and particle experiments that mimic the behavior of slime or liquid.

WebGL Fluid Simulation: Many of these projects use WebGL to create realistic, viscous movements that respond to mouse movements or gravity.

Physics Engines: These experiments typically utilize the box2d.js or three.js libraries (the latter of which was co-authored by mr.doob) to calculate real-time collisions and fluid dynamics. "Cracked" or "Broken" Effects

The term "cracked" in this context usually refers to a variation of the gravity trick where the screen appears to shatter or "crack" upon impact.

Visual Gimmick: These are often found on "mirror" sites or specific sub-projects where clicking the screen causes a "cracking" graphic to appear over the UI elements.

Google Terminal/Guitar: Other similar experiments include "Google Terminal" (retro text-based interface) and "Google Guitar" (playable logo strings). How to Access These Experiments

You can experience these projects directly on the mr.doob projects page or by using the traditional "I'm Feeling Lucky" method: Go to the Google homepage. Type "Google Gravity" into the search box. Click I'm Feeling Lucky. js, or Google Gravity - Mr.doob

To develop a feature like Google Gravity (created by ), you need to integrate a 2D physics engine

into your web project to simulate gravity and collision for DOM elements. Core Development Steps Select a Physics Engine : The original experiment utilized a JavaScript port of to handle the simulation. Modern alternatives like are often easier for current web standards. Map DOM to Physics Bodies

: Identify every element on your page (buttons, search bars, logos) and create corresponding invisible "bodies" in the physics engine with matching dimensions. Implement the "Collapse" Trigger

: On a specific event (like moving the mouse or clicking a button), disable the standard CSS layout and let the physics engine take control, applying a downward gravitational force. Add Interactivity

: Use mouse constraints to allow users to click and "toss" elements around the screen, which then bounce off the viewport edges and each other. Technical Considerations Search Functionality

: The original Google Gravity used the now-retired Google Web Search API to display falling search results. Newer versions, like those on , emulate this behavior to keep search functional. CSS Transformations -webkit-transform or standard

properties to sync the rotation and position of your HTML elements with the physics engine's data in real-time. Mobile Optimization

: Ensure the physics simulation is lightweight enough for mobile browsers and supports touch events for dragging elements. minimal code snippet

using a modern engine like Matter.js to get started with this effect? Google Gravity - Mr.doob

To understand the query, one must understand the architect. Ricardo Cabello, known online as Mr. Doob, is a web developer and creative coder who rose to prominence in the early 2010s. His project, googlegravity, became a viral sensation. It took the rigid, trusted elements of the Google homepage—the search bar, the "I'm Feeling Lucky" button, the footer links—and subjected them to the laws of physics.

When a user landed on the page, the elements would literally fall, crashing into a pile at the bottom of the browser window. They could be thrown, dragged, and shaken.

This was more than a parlor trick; it was a philosophical statement. In an era where web design was becoming increasingly "flat" and corporate, Mr. Doob introduced weight. He reminded users that the elements on their screen were not commands set in stone, but objects made of code. By making the internet "heavy," he made it fun again.

A surprising number of kids searching for this believe "cracked" means "cool" or "extreme." In gaming slang, "cracked" can describe a player who is unnaturally good. Over time, it drifted into modding circles: "That mod is cracked" means it's broken in a spectacular, overpowered way.

Because this is a community-driven mod, you will not find it on the official Google or Mr. Doob domains. Search for "Google Gravity Slime" on CodePen, Glitch, or Replit. Look for projects with keywords: Three.js, LiquidFun, or SPH (Smoothed Particle Hydrodynamics).

Warning: Do not download any executable files (.exe, .apk) claiming to be "Google Gravity Slime Cracked." Legitimate versions run entirely inside your browser using HTML5/JavaScript. If a website asks you to disable your antivirus, close the tab immediately.

To appreciate why a "cracked" slime version is impressive, you need to understand the underlying tech.

| Feature | Original Google Gravity | Slime Variant (Cracked Mod) | | :--- | :--- | :--- | | Engine | Box2D (rigid bodies) | LiquidFun / Custom SPH | | Objects | Rectangles, text boxes | Soft-body blobs, particles | | Physics | 2D rigid collisions | 2D fluid dynamics, cohesion, surface tension | | Performance | Low CPU usage | High GPU usage (WebGL) | | "Cracked" aspect | N/A | Unlimited particles, debug sliders |

LiquidFun (a Google-owned physics library for fluids) is the secret sauce. A "cracked" version often modifies the source code to:

These tweaks are technically "cracks" of the original demo’s performance limits.