Average rating: | Rated 5 of 5. |
Level of importance: | Rated 5 of 5. |
Level of validity: | Rated 5 of 5. |
Level of completeness: | Rated 4 of 5. |
Level of comprehensibility: | Rated 5 of 5. |
Competing interests: | None |
Prof. Wang's paper on the modification and extension of the equivalence principle is a highly commendable and innovative work. It presents a thought-provoking argument challenging the traditional view of the strong equivalence principle. The introduction of etheric pressure to explain gravitational phenomena is a unique approach that revitalizes historical concepts in modern physics. The paper's potential to open new avenues in understanding gravitational fields and its effects on objects is noteworthy. This work is a significant contribution to the field and is deserving of serious consideration and further exploration in the scientific community.
The paper discusses the increase in mass of objects in a gravitational field and provides a calculation formula. It suggests that the increase in speed of an object relative to ether leads to an increase in its inertial mass, and similarly, the increase in the strength of the gravitational field where the object is located also leads to an increase in its inertial mass. The paper's explanation is based on the idea of etheric pressure and its effect on the inertial properties of objects in gravitational fields. It would be beneficial for Prof. Wang to consider and discuss the findings of similar studies, such as the one mentioned in the link:https://www.scienceopen.com/hosted-document?doi=10.14293/S2199-1006.1.SOR-.PPHKL3X.v1. This can provide a broader context and strengthen the arguments presented in the paper.