- Mar 19, 2006
- 1,539
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I'm a noob at this stuff, and my question may not be highly technical at all, and for this, I apologize.
If space truly is curved, doesn't this mean that if I took a super-powered telescope, pointed it at any general direction in space, and looked through it, I'd see myself? This is assuming that space is curved like an ellipsoid or a sphere, and nothing else exists besides our spherical/ellipsoidal universe.
But HOLD ON, I wouldn't see myself. Light doesn't travel instantaneously. So would that mean that if the telescope is magnified at the right magnification, we'd be seeing the very place we're in a billion or so years ago?
Like, think of it as a great circle. If I start at one point and keep going (this is the light ray), I'll eventually come back to where I started.
I'm guessing that my logic's very flawed, since I have little to no knowledge on what I'm talking about. And I also just mindfucked myself by thinking about it, so help me out.
If space truly is curved, doesn't this mean that if I took a super-powered telescope, pointed it at any general direction in space, and looked through it, I'd see myself? This is assuming that space is curved like an ellipsoid or a sphere, and nothing else exists besides our spherical/ellipsoidal universe.
But HOLD ON, I wouldn't see myself. Light doesn't travel instantaneously. So would that mean that if the telescope is magnified at the right magnification, we'd be seeing the very place we're in a billion or so years ago?
Like, think of it as a great circle. If I start at one point and keep going (this is the light ray), I'll eventually come back to where I started.
I'm guessing that my logic's very flawed, since I have little to no knowledge on what I'm talking about. And I also just mindfucked myself by thinking about it, so help me out.