is the original masterpiece. It is a near-perfect replica of the old Google homepage, but with one crucial difference: its elements are governed by a realistic physics engine. Interact with the page—move your mouse, click on an element—and the Google logo , the search bar , and the navigation buttons detach from their positions and plummet to the bottom of the screen. Once there, you can click and drag them, throw them against the edges of the browser window, or pile them up in a corner. It’s a stunning demonstration of what happens when web design meets classical physics.
Performance & Compatibility
: Surprisingly, the search bar remains functional; entering a query and hitting enter will cause new search result blocks to fall from the top of the screen into the pile. Variants & "Lava" Edition Google Gravity Lava Mr Doob
For smartphone users, the fun doesn't stop there. You can simply search for "google gravity" on your device, tap the Mr.doob link, and watch the magic unfold. On many mobile devices, the screen also interacts with the phone’s gyroscope, allowing you to tilt your phone and watch the icons slide around as if you're tilting the whole world. is the original masterpiece
(Ricardo Cabello) that visualises what would happen if gravity suddenly affected the Google homepage, causing its elements to crash to the bottom of the screen. Once there, you can click and drag them,
represents a fascinating intersection of internet history, creative JavaScript physics coding, and viral Easter egg pranks . At its core, the term combines Google Gravity —the legendary 2009 browser experiment created by visionary web developer Ricardo Cabello (better known as Mr. doob) —with various community-driven spin-offs like Google Lava and Google Gravity Underwater . These projects completely warp the structured, corporate Google homepage into an interactive, physics-driven sandbox where users can break, toss, and destroy interface elements. 🕹️ What is Google Gravity by Mr. doob?
: As elements fall into the lava, a high-resistance force would be applied to simulate thick liquid movement. If you’d like, I can help you further by: