Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong.

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong.

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong.

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong.

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong.

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Use Minkowski metric to define space-time interval (proper time interval ) as the time interval ( aging interval), the moving atomic clock time interval with its displacement interval, will be the same aging interval as the Lorentz transform shows time dilation of the different atomic clocks.
Local frame atomic clock time interval dilation between frames , but no aging dilation between frames. NO TWIN PARDOX
Please tell me why I am wrong?

Donald, I’m still learning so I might be wrong, but I think the light clock is exempt from aging whereas a mechanical clock would not work because it would be affected. This is why the light clock was used rather then a mechanical clock. Light has no elements of time or space. That’s why it works.

Did you want to say that the increase in the ” space interval ” of that object which is moving is being converted into the decrease in the ” time elapsed “(dilated
time)for that object ?

Did you want to say that the increase in the ” space interval ” of that object which is moving is being converted into the decrease in the ” time elapsed “(dilated
time)for that object ?

Did you want to say that the increase in the ” space interval ” of that object which is moving is being converted into the decrease in the ” time elapsed “(dilated
time)for that object ?

Wow. Just wow. Can’t imagine a more brilliant, lucid way of explanation!

Wow. Just wow. Can’t imagine a more brilliant, lucid way of explanation!

Wow. Just wow. Can’t imagine a more brilliant, lucid way of explanation!