It's true, in the grand scheme, humans may seem small, but our impact and potential are anything but! . 💫🌍

It truly is incredible, isn't it? It's both humbling and awe-inspiring. There's always something new waiting to be discovered. 🌟🚀

Yes! It’s very interesting and important!

@@Csika92 Indeed!

Space has a trick for blowing minds! Glad you're hopping aboard the cosmic curiosity train. 🚀 :D

Yes! It's a great topic to ponder :)

Thank you for you comment. The universe would be way bigger. I don't know the proportions with basketball, but i know with a grain of sand. If Earth was the size of a grain of sand, then our solar system had the size of 4 American football fields. The Milky Way would be around 46,400,000 km wide (28831623.32 miles). If the solar system was the size of a grain of sand, then Milky Way would be about 50km (31 miles) in diameter. And last: If the Milky Way was to be shrunken down to a grain of sand, the observable universe would be roughly 372 meters (1220 feet) wide. And it's "'just" the observable universe. Pretty awesome, right? :)

I know, right? Space has a way of stretching our minds to their limits! It's like trying to grasp infinity. 🌌✨

Thank you for your question. - When we talk about the expansion of the universe, we mean that the space between galaxies is getting bigger over time, and (in some cases) this expansion rate can indeed exceed the speed of light. - However, the idea of needing infinite mass and energy to reach the speed of light applies to objects with mass, like stars and planets. Space itself doesn't have mass, so it doesn't need infinite energy to expand. - As for whether space is infinite, that's still a question scientists are exploring. The expansion of the universe doesn't necessarily mean space is infinite - it could be finite yet still expanding. So, while the expansion of the universe can indeed surpass the speed of light, it doesn't directly imply that space itself is infinite. :)