Even travelling at the speed of light it would take 2 million years to reach the nearest large galaxy, Andromeda.
@engineers_feed Traveling at the speed of light will take you there instantaneously The faster you move in space, the less space there is to move thru, the slower you move in time; at the speed of light, it’s more like there’s no space, no time; you’re already there But it ain’t happening
@engineers_feed Isn’t time supposed to “stop” at that speed? Will take 2 million years from the perspective of the traveler or observer?
@engineers_feed Dilation is the speed killer, remove the dilation! Time is a Virtual Dynamic Behavioural Flow... Flow friction equates to dilation of time, forming a passive attractive curvature, sound like anything familiar? So how do you lower the dilation? Follow me... #dilationtheory
@engineers_feed Minor correction: light takes 2M yrs. If *you* travel close to c then relativity kicks in and you can get there in about 28 yrs your time. But, yes, >2M yrs Earth time. 😉
@engineers_feed What if we traveled at Ludicrous Speed?
@engineers_feed Have you taken into account relative velocity? The MW and Andromeda galaxies are approaching each other at 120km/s or ~3.8B km per year.
@engineers_feed The logical brain power of Albert Einstein=still better than most today's top physicists. Most of us can't=Einstein's math brain,to calculate+1 equation=travel faster than lightspeed But u>Einstein,if u can imagine it only take 2milliseconds to galaxy, with UFO tech LV1 in future