Equivalence Principle: Paper on Internal Observer Effects

[ith]

Hi! How this paper relates to the equivalence principle?

http://arxiv.org/pdf/gr-qc/0701084.pdf

"in contrast to the situation with static gravitational forces, the effects of accelerative gee-forces on the internal observer are increased"

 

[.Scott]

The affects on the internal observer are the same regardless of whether the stasis chamber is being accelerated or subjected to an external gravitational field.

Assuming the article is accurate (and on cursory review, it is), in both cases the internal observer would experience a magnified G-force.

 

[ith]

The paper says, that on Earth's surface "gravitational field on an inside observer is effectively dampened". Thus my question.

 

[.Scott]

I didn't read through section 3 before.
There must be something wrong with Janca's math in that section.
I would say section 3.1 is more accurate than 3.2. Obviously, they should both be the same.

 

[sardar]

The Equivalence Principle, first proposed by Albert Einstein, states that the effects of gravity are indistinguishable from the effects of acceleration. This means that an observer in a uniform gravitational field would experience the same physical effects as an observer in a uniformly accelerating reference frame.

The paper on Internal Observer Effects discusses the impact of acceleration on an internal observer, specifically in the context of the Equivalence Principle. It highlights the fact that while the Equivalence Principle holds for static gravitational forces, it does not hold for accelerative gee-forces. In other words, the effects of acceleration on an internal observer are actually greater than the effects of gravity.

This paper is important because it challenges our understanding of the Equivalence Principle and highlights the need for a more comprehensive understanding of the effects of acceleration on observers. It also has implications for our understanding of the relationship between gravity and acceleration, and how these forces may affect different types of observers. As a scientist, it is crucial to consider all factors and potential limitations in our theories and understanding of the physical world, and this paper adds valuable insight to the study of the Equivalence Principle.