Time Relative to Position: Yes

In summary, the conversation discusses the concept of time being relative to position. The hypothesis is that time is relative, and the reason is explained using the example of running around the Earth. This is supported by an experiment using airplanes. The conversation also touches on the idea of slowing down aging by moving through space, but clarifies that it is not possible to actually "get younger."
  • #1
Blop
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Okay, this is my first post, and I'll have you know that I'm just an amateur. So, I'm not going to get into any complicated mathematics. So basically, is time relative to position?
Hypothesis: Yes, it is.
Reason: Well, here's a dumbed down version. The Earth's rotation around the sun is what makes the man-made "time". If you were to run around the Earth really fast, you would not be going forward in time, but not in the traditional sense. If you were to do what was previously stated, at some point, you would end up on a different day, but then get younger once you end up at the point you started. Minutephysics said "If you were to run around the block, you would be a 0.000000000000003 seconds younger than your friend, who stayed at home." At first, I didn't get it. Then, I realized it was simple wordplay. If you walked around the block, you would be traveling in time, but only by a small fraction of a second, because a block isn't that big of a distance. Then, going back to the house, you would be retracing those 0.000000000000003 seconds, and getting younger.
 

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  • #2
Is an apple relative to a banana?

The amount of time that passes for you depends on the way you move through space. If have a very precise clock, synchronize it with the clock of your friend, run around the block, and then compare clocks again, you'll see a tiny difference between the clocks. This is not a play on words, you actually see the two clocks showing different values.
This experiment has been done (using airplanes, as they are faster than running).
 
  • #3
mfb said:
Is an apple relative to a banana?

The amount of time that passes for you depends on the way you move through space. If have a very precise clock, synchronize it with the clock of your friend, run around the block, and then compare clocks again, you'll see a tiny difference between the clocks. This is not a play on words, you actually see the two clocks showing different values.
This experiment has been done (using airplanes, as they are faster than running).

Thanks for not trolling me! I can see it clearly now.
 
  • #4
You can slow down your aging by running around the Earth, but you can't "get younger". You can slow down a clock, but you can't make it run backwards.
 

FAQ: Time Relative to Position: Yes

What is time relative to position?

Time relative to position refers to the concept that time can vary depending on where an observer is located in relation to an object or event. This is due to the effects of gravity and the speed of light.

How does time relative to position affect our daily lives?

Time relative to position has a very small impact on our daily lives and is only noticeable in extreme circumstances, such as near a black hole or traveling at incredibly high speeds. In most cases, the effects are too small to be perceived by humans.

What is the theory of relativity and how does it relate to time relative to position?

The theory of relativity, developed by Albert Einstein, is a fundamental concept in physics that describes how time, space, and gravity are all interconnected. Time relative to position is a key component of this theory, as it explains how time can appear to pass at different rates for observers in different positions and at different speeds.

Can time be manipulated by changing position?

Yes, according to the theory of relativity, time can be manipulated by changing position. This is known as time dilation, where time appears to pass slower for objects in motion or in the presence of a strong gravitational field.

What are some practical applications of understanding time relative to position?

Understanding time relative to position is crucial for many modern technologies, such as GPS systems and satellite communication. It also plays a role in space travel and the study of the universe, helping us to better understand the behavior of objects in extreme environments.

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