University of Kwazulu-Natal

Google Antigravity Website Experiment I Tried Building A Real Website

Bonisiwe Shabane
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google antigravity website experiment i tried building a real website

I figured that I could try Google Antigravity on a live project and see how it did and how I would have done it on Cursor. I have an existing repo in Github where I put one-off experiments before graduating them to their own repos. Right now, I’m experimenting with AI agents for social science simulations. I want to see how well Antigravity (and really, any coding agent) can one-shot this task. I don’t think it’s really complicated, but it does have a few moving parts that an AI agent would have to traverse, plus it’ll be a slightly longer-running task. I could directly import my existing settings from Cursor (which itself, during my setup, allowed me to import from VSCode).

I’m a big fan of the suggested settings here for how I want to use Antigravity. I think that “Agent-assisted development” is a good default, where the agent decides when it needs me and otherwise it runs autonomously. But it’s clear that you can use it however you’d like and you can customize the degree of control you have over the agents. I like that artifacts and the browser both have their own dedicated interfaces in the UI. It’s clear that this was built so that if you wanted to delve deeper into seeing what the model is doing, you could easily do so, either by tracking the artifacts that it writes... I’ve built this in manually as part of my workflows before, by having my AI agents write to a logs.md and todo.md file, and it looks like those capabilities are first-class citizens in Antigravity.

The internet is usually a place of structure, rules, and predictable layouts. Buttons stay where they are placed, logos do not fall off the screen, and search bars certainly do not bounce around like rubber balls. Every once in a while, however, something appears that reminds us the web can be playful, experimental, and even chaotic. Google Antigravity is one such experience. At first glance, it looks like a simple prank. Spend a few minutes with it, though, and it becomes clear that it is much more than that.

It demonstrates browser physics, JavaScript creativity, and the playful spirit that once defined the early web. Even years after its creation, Google Antigravity continues to fascinate users, developers, and designers alike. This article explores what Google Antigravity is, how it works, how to use it, its technical foundations, cultural impact, common misconceptions, and what modern developers can learn from it. Google Antigravity is a browser-based physics experiment that applies real-world gravity to the elements of the Google homepage. When activated, the page appears to lose its balance. The Google logo falls to the bottom of the screen, buttons tumble over one another, and the search bar collapses under its own weight.

A friend messaged me last month with one line:Search Google antigravity and watch what happens. I assumed it was another silly internet trick. Still, curiosity won. I searched it, hit enter, and suddenly the entire Google page floated, drifted, and behaved like someone turned off gravity. For a moment, I thought my browser had crashed. Here’s the interesting part.

Google Antigravity isn’t a real Google feature. It’s a fun, fan-made physics experiment built by independent developers. If you love browser magic, JavaScript quirks, or retro Google easter eggs, this one hits perfectly. Quick Answer: What Is Google Antigravity? Google Antigravity is a browser trick created by independent developers.It uses JavaScript physics engines like Matter.js or Box2D to make Google’s interface float as if gravity were reversed. The script turns every DOM element into a physics object and applies a negative gravity force, making text, buttons, and icons drift across the screen.

Want to know how your current website performs? In a digital ecosystem dominated by complex algorithms, machine-learning innovations and ever-evolving search technologies, there exists a delightful outlier that continues to charm curious users — Google Antigravity. While not a scientific breakthrough or a futuristic research project (despite its intriguing name), Google Antigravity is one of the most imaginative web Easter eggs created by Google's engineers, celebrated for its playful defiance... “Google Antigravity” refers to a whimsical interactive page created by inventive developers, often discovered on websites mimicking Google’s classic homepage. When a user visits one of these versions of the page, every element — including the logo, search bar and buttons — appears to float, drift or fall as though freed from gravitational pull. This creates the illusion that the interface is weightless, suspended in mid-air, or behaving like objects in a physics simulation.

The result is an amusing, immersive and slightly surreal experience that stands far apart from Google’s typically clean, structured interface. Despite being more of a novelty than a functional feature, Google Antigravity continues to generate search queries, social-media mentions and blog discussions for several reasons: Chrome Experiments is a showcase of work by coders who are pushing the boundaries of web technology, creating beautiful, unique web experiences. You'll find helpful links throughout the site for creating your own experiments, and you can also explore resources like WebGL Globe and our workshop of tools. The WebGL Globe is an open platform for geographic data visualization featuring latitude/longitude data spikes, color gradients based on data value and mouse wheel zoom functionality. Get the code, add your own data, and submit your projects to see them featured on the WebGL Globe collection.

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