Imagine aliens disappointment at visiting and coming across the human race, nothing here just vegetation....
I've seen this on documentaries before. But now couple that with this you posted earlier. How does that work? How do you get your head around both those things happening together without there being complete carnage?
Thanks mate. Did you get this pearl out of an early christmas cracker? Assuming that the gravitational pull from all large celestial objects bends space and time to varying degrees which then impacts on the movement of all other celestial objects around them, AND that whole galaxies are zooming around in that helical motion and bending space and time around them and each other, it's fair to assume that the bending effect is constantly merging, altering and moving across the universe. It must be in a constant state of instability.
I don't know what you are on about bro but it sounds good. On that straight line thing, the guy said it moves in a straight line, but being pedantic when it bounced back it went off at an angle, just saying bro.
I caught that. When I watched it again I think it had some bobble texture on it bro. Also could be because it's a curved edge it's bouncing off.
It's said that our sun has gone the full circle on our galaxy about 20 times, so if that's the case, dosen't the probability of 'aliens' depend on where in the galaxy you are at a particular period of time, by that I mean, distance changes from a certain point A to point B. Must also change the probability of asteroid collisions, dependent on your given point within the galaxy at a given time or don't it work like that.
Basically the aliens would need to plan where our sun and the Earth will be moving to as they move towards our solar system. A bit like a Gills player needs to predict where the Brentford goalie will move to as they kick the pen towards the goal. That's a damned fine analogy even if I do say so myself
Joking aside, I do find that interesting though, as you said aliens would have to calculate where we are as they move towards our solar system, which leads to another question, if we are a moving object, does it make us easier or harder to find?
