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Younghun park
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Is it proved experimentally that the Planck constant is invariant in the moving system?
If that experiment exists, would you show me that in detail?
If that experiment exists, would you show me that in detail?
The value of Planck's constant has never been observed to change with the seasons, even though every physics lab on Earth is at rest in a completely different inertial frame in June and in December.Younghun park said:Is it proved experimentally that the Planck constant is invariant in the moving system?
The Lorentz invariance of Planck constant refers to the fact that the value of the Planck constant, denoted as h, remains the same in all inertial reference frames according to the principles of special relativity. This means that the value of h does not change when an observer moves at a constant velocity, regardless of their frame of reference.
The Lorentz invariance of Planck constant is important because it is a fundamental principle of physics that plays a crucial role in our understanding of the universe. It allows us to make accurate predictions and calculations in various fields of physics, including quantum mechanics and relativity.
The Lorentz invariance of Planck constant is a consequence of the principles of special relativity, which state that the laws of physics should be the same for all inertial observers. This means that the value of h should not change for observers in different frames of reference, and thus, it is considered to be a Lorentz invariant quantity.
No, the Lorentz invariance of Planck constant is a fundamental principle of physics that has been extensively tested and has not been found to be violated. However, some theories, such as loop quantum gravity, propose modifications to the Planck constant that could potentially affect its Lorentz invariance at very small scales.
The Lorentz invariance of Planck constant is not directly measured, but it is confirmed through various experiments and observations in physics. For example, the accuracy of the predictions made by quantum mechanics and special relativity, which rely on the Lorentz invariance of h, have been extensively tested and confirmed through experiments such as the double-slit experiment and the Michelson-Morley experiment.