Effects of Distance on Time: Exploring Further from Earth

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In summary, General Relativity predicts that time will run slower for clocks closer to the Earth's surface compared to those farther away due to the effects of gravity. This has been demonstrated through experiments.
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Attheotherend
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Ok... so I am looking for some direction and perhaps a Readers Digest style of simplicity in response... I do not think "time" slows as "traveler" gains further distance from Earth. (as I am not committed to saying; "time slowed"... rather I am looking for the, (if any) theory that touches upon the effects of time (in measure) as a "traveler" (could be light, if need be... However, I would like to consider the effect on the possibility of people), traveled further from Earth's surface.

Anyone got anything?
 
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Hi Attheotherend, welcome to PF

I got confused. What was the question?
 
  • #3
Well the prediction from General Relativity would be that clocks near the Earth's surface run slower than those farther away because they are embedded deeper in the potential well. This effect is very real and has been demonstrated experimentally.
 
  • #4
Thanks

First off... thanks for the 'welcome' secondly...
Q. Where do I find a theory on what happens to "time" (and the Traveler) as One travels further in distance from the Earth's surface. (i.e speed, measurable perception)

... and furthermore thanks to Nabeshin... I think I was understood (which is alway helpful but not always the case, as I am all to well familiar with) :)
 
  • #5
The appropriate theory would indeed be General Relativity as Nabeshin mentioned.
 

FAQ: Effects of Distance on Time: Exploring Further from Earth

How does distance affect the time it takes to travel from Earth?

The farther an object is from Earth, the longer it takes for it to travel to or from our planet. This is due to the fact that the speed of light is finite, and as distance increases, so does the amount of time it takes for light to travel that distance.

What is the relationship between distance and time in space travel?

In space travel, the distance an object travels is directly related to the amount of time it takes to complete that journey. This is because space is a vacuum, meaning there is no medium to slow down or speed up the object's movement.

How does the speed of light play a role in the effects of distance on time?

The speed of light is considered a universal speed limit, meaning nothing can travel faster than it. Therefore, as an object travels farther away from Earth, it takes longer for light (and any other objects) to reach it, resulting in a longer travel time.

Are there any exceptions to the effects of distance on time in space?

There are a few factors that can influence the effects of distance on time, such as gravitational forces and the curvature of space-time. However, these are more complex concepts and do not significantly alter the overall relationship between distance and time in space travel.

Can we overcome the effects of distance on time in space travel?

Currently, there is no known way to completely eliminate the effects of distance on time in space travel. However, advancements in technology and our understanding of the universe may allow us to find ways to lessen these effects in the future.

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