Synchronize Clocks in Relative Motion: How & Why

One way to do this is to shorten the pendulum of the moving clock by a factor of ##\gamma##. This will make it tick every ##1/\gamma## seconds in its frame, corresponding to every second in the other frame. However, viewed from the frame of the modified clock, unmodified clocks will appear to tick slow. Additionally, clocks in different places won't initially show the same time, even after accounting for the lightspeed delay. However, they will always show a constant offset as you pass by.
  • #1
exmarine
241
11
Is there any way to synchronize two clocks already in relative inertial motion? If so, how? And I am not sure exactly what “synchronize” would mean in that context. Maybe it would mean that their readings, or at least their running rates, would match when their relative motion was stopped? There would be two ways to stop the relative motion, would both have the same effect?
 
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  • #2
You can make the tick rates match in one frame. You just shorten the pendulum of the moving clock by a factor of ##\gamma##. Then it ticks every ##1/\gamma## seconds in its frame which time dilates to every second in the other frame.

But viewed from the frame of the modified clock, the the unmodified clocks tick slow. And ones in different places won't show the same time even once you correct for the lightspeed delay. However, the will always happen to show the correct time as you pasd (or at least a constant offset).
 
  • #3
exmarine said:
Is there any way to synchronize two clocks already in relative inertial motion?
Make the clock-readings match as they pass by each other.
 

Related to Synchronize Clocks in Relative Motion: How & Why

1. What is the concept of synchronizing clocks in relative motion?

The concept of synchronizing clocks in relative motion refers to the process of adjusting the time displayed on clocks that are moving at different speeds or in different directions. This is necessary because time is relative and can be affected by factors such as velocity and gravity.

2. Why is it important to synchronize clocks in relative motion?

It is important to synchronize clocks in relative motion because it allows for accurate timekeeping and coordination between different locations or objects. This is especially important in fields such as navigation, where precise timing is crucial for determining positions and distances.

3. How does time dilation affect the synchronization of clocks in relative motion?

Time dilation, a phenomenon predicted by Einstein's theory of relativity, states that time can pass at different rates for objects in motion. This means that clocks moving at different speeds will experience time differently, making it necessary to adjust their time displays in order to synchronize them.

4. Can clocks in relative motion ever be perfectly synchronized?

No, it is not possible for clocks in relative motion to ever be perfectly synchronized. This is due to the fact that time is relative and affected by various factors, making it impossible for two clocks to display the exact same time at all times.

5. What are some methods used to synchronize clocks in relative motion?

There are several methods used to synchronize clocks in relative motion, including the use of synchronization algorithms, time signals from a central source, and the application of corrections based on the observed time dilation. These methods allow for accurate timekeeping and synchronization between moving clocks.

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