Quote:
Mass relay?Originally Posted by Tippy 
It would have to be billions of times faster than light to get anywhere in respectable time frames. Traveling at *just* light speed would still be pathetically snail-paced, it would take 4 years just to reach the nearest star to our solar system and 1000 years just to leave our own galaxy (taking the shortest way out of the Milky Way's disc shape, travelling "upwards").
It's safe to say we're TRAPPED in our own galaxy by the sheer vastness and emptyness of space, the laws of physics won't allow us to get out for milennia to come. If we could place telescopes out of the Milky Way our view of the universe would expand a thousand-fold. What we can see now is heavily blocked-off by stuff like gigantic clouds/nebulae/star clusters/galactic center/etc, we have to rely on infrared/gamma/etc rays to "see" distant objects.
Scientists say we can only visually see 1% of the universe from where we are.

It would have to be billions of times faster than light to get anywhere in respectable time frames. Traveling at *just* light speed would still be pathetically snail-paced, it would take 4 years just to reach the nearest star to our solar system and 1000 years just to leave our own galaxy (taking the shortest way out of the Milky Way's disc shape, travelling "upwards").
It's safe to say we're TRAPPED in our own galaxy by the sheer vastness and emptyness of space, the laws of physics won't allow us to get out for milennia to come. If we could place telescopes out of the Milky Way our view of the universe would expand a thousand-fold. What we can see now is heavily blocked-off by stuff like gigantic clouds/nebulae/star clusters/galactic center/etc, we have to rely on infrared/gamma/etc rays to "see" distant objects.
Scientists say we can only visually see 1% of the universe from where we are.







