- #1
Wildreamz
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Say 2 particles A and B.
Particle A is stationary in this inertial reference frame.
Particle B is moving with constant velocity v=0.8c
Both is a similar isotope of the same radioactive element.(hence, supposedly same half-life)
Q1: Which will decay faster in this reference frame?
In theory, it's A(stationary), B will decay slower due to time dilation.
However, if we change our perspective and take a different reference frame, B is stationary in this refernce frame. Hence, A is moving in the opposite direction with v=0.8c relative to B.
Q2: Which will decay faster this time?
Not sure if there a paradox in this 1. Just a problem that occurred to me that troubles me a lot.
Particle A is stationary in this inertial reference frame.
Particle B is moving with constant velocity v=0.8c
Both is a similar isotope of the same radioactive element.(hence, supposedly same half-life)
Q1: Which will decay faster in this reference frame?
In theory, it's A(stationary), B will decay slower due to time dilation.
However, if we change our perspective and take a different reference frame, B is stationary in this refernce frame. Hence, A is moving in the opposite direction with v=0.8c relative to B.
Q2: Which will decay faster this time?
Not sure if there a paradox in this 1. Just a problem that occurred to me that troubles me a lot.