The underlying physics of Google Gravity Lava is built on the same core engine as the original. The elements still obey gravity, have mass, bounce, and can be grabbed and thrown. The key difference is how these interactions feel. The lava particles create a , making the elements appear to move through a thick, semi-liquid medium rather than empty space. This transforms the experience from a simple object-tossing game into something more akin to a fluid dynamics simulation.
: If you type a query into the search bar (which still works in some versions), the search results also fall from the top of the screen and pile up at the bottom. : While the original was a Chrome Experiment , you can still find it hosted on Mr.doob's personal site or archived versions like
Alternatively, you can visit the direct Mr.doob site to see the code in action.
What is your favorite classic internet Easter egg? Let me know in the comments! 👇
The behind how HTML5 physics engines work.
The classroom disappeared.
While the original project relied on basic HTML manipulation, slime variants use HTML5 Canvas, WebGL, and advanced physics libraries like Matter.js or Mr. Doob’s own Three.js to handle complex fluid simulations in real time. Why Creative Coding Experiments Endure
He transformed static, corporate web pages into interactive sandboxes.
What sets the "slime" variant apart from basic gravity simulations is the behavior of the elements once they land. Instead of acting like solid, rigid blocks, the search components behave like a viscous fluid or a gelatinous blob. They bounce, stretch, slide, and stick together with realistic fluid dynamics. 3. Total Interactivity
: For aspiring developers, Google Gravity is a perfect, tangible example of what JavaScript and modern web technologies can achieve. It makes complex concepts like physics engines and DOM manipulation accessible and fun.
is a famous interactive physics experiment created by developer Ricardo Cabello (better known as Mr. doob ).
#GoogleGravity #WebDev #InteractiveArt #Satisfying #TechTips AI responses may include mistakes. Learn more
The underlying physics of Google Gravity Lava is built on the same core engine as the original. The elements still obey gravity, have mass, bounce, and can be grabbed and thrown. The key difference is how these interactions feel. The lava particles create a , making the elements appear to move through a thick, semi-liquid medium rather than empty space. This transforms the experience from a simple object-tossing game into something more akin to a fluid dynamics simulation.
: If you type a query into the search bar (which still works in some versions), the search results also fall from the top of the screen and pile up at the bottom. : While the original was a Chrome Experiment , you can still find it hosted on Mr.doob's personal site or archived versions like
Alternatively, you can visit the direct Mr.doob site to see the code in action.
What is your favorite classic internet Easter egg? Let me know in the comments! 👇
The behind how HTML5 physics engines work.
The classroom disappeared.
While the original project relied on basic HTML manipulation, slime variants use HTML5 Canvas, WebGL, and advanced physics libraries like Matter.js or Mr. Doob’s own Three.js to handle complex fluid simulations in real time. Why Creative Coding Experiments Endure
He transformed static, corporate web pages into interactive sandboxes.
What sets the "slime" variant apart from basic gravity simulations is the behavior of the elements once they land. Instead of acting like solid, rigid blocks, the search components behave like a viscous fluid or a gelatinous blob. They bounce, stretch, slide, and stick together with realistic fluid dynamics. 3. Total Interactivity
: For aspiring developers, Google Gravity is a perfect, tangible example of what JavaScript and modern web technologies can achieve. It makes complex concepts like physics engines and DOM manipulation accessible and fun.
is a famous interactive physics experiment created by developer Ricardo Cabello (better known as Mr. doob ).
#GoogleGravity #WebDev #InteractiveArt #Satisfying #TechTips AI responses may include mistakes. Learn more
