These experiments are celebrated because they broke the "fourth wall" of the internet. In the early 2010s, they served as a masterclass in what was possible with Three.js (a library Mr. doob authored) and modern web browsers. They transformed a boring search engine into a tactile, physics-defying toy.
The boundaries of your physical monitor act as the "walls" of the simulation, making the experience feel deeply integrated with your hardware. How to Experience It Today
When you load the page, it initially looks like the standard Google homepage. However, within a split second, the laws of gravity take over. The Google logo, the search bar, the buttons, and the text links all lose their formatting and crash violently to the bottom of your browser window. Key Interactive Features: google gravity slime mr doob best
10/10 — if you like digital slime or just breaking things for fun, this is for you.
Changing the size of your browser window actively crushes or expands the pile of digital debris. The "Slime" Connection: Fluid Dynamics in Creative Coding These experiments are celebrated because they broke the
To this day, searching “Google Gravity” (and clicking “I’m Feeling Lucky”) or visiting Mr. Doob’s official GitHub page launches the simulation. It is widely considered the example of early HTML5/CSS3 physics because it runs smoothly without plugins.
(better known as Mr.doob ) that simulates physical forces on the Google homepage. While "slime" isn't a standard part of the original experiment's name, it likely refers to the "fluid" or "lava" physics seen in Mr.doob's other interactive works, such as Ball Pool or Water Type . Overview of Google Gravity They transformed a boring search engine into a
The mastermind behind this iconic experiment is Ricardo Cabello, widely known on the internet as . Cabello is a Spanish web developer and digital artist pioneer who has spent decades pushing the boundaries of what web browsers can handle without external plugins. Contributions to the Web
To experience the best of Google Gravity and the interactive "slime-like" physics experiments by
The most famous trick in Mr. Doob’s collection is Here’s how it works: