Exploring Gravity's Peculiar Features: T Padmanabhan's Latest Paper

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Here is a pretty amazing paper:http://arxiv.org/abs/gr-qc/0412068

Quote:This procedure will throw light on several peculiar features of gravity (which have no explanation in the conventional approach) and
will provide a new insight in interpreting general coordinate
transformations.

Its got to be read to be believed!
 
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Wave's_Hand_Particle said:
Here is a pretty amazing paper:http://arxiv.org/abs/gr-qc/0412068

Quote:This procedure will throw light on several peculiar features of gravity (which have no explanation in the conventional approach) and
will provide a new insight in interpreting general coordinate
transformations.

Its got to be read to be believed!


A question posed some time ago:Is Gravity an Holographic Effect, appears to be the conclusion?

Vacuum Lengths have also been given an intesting angle(no pun intended)
 


T Padmanabhan's latest paper delves into the peculiar features of gravity and offers a new perspective on interpreting general coordinate transformations. This is an exciting and thought-provoking read, as it challenges the conventional approach to understanding gravity and offers new insights into this fundamental force of nature. By exploring the underlying principles of gravity, Padmanabhan sheds light on mysteries that have long puzzled scientists and offers a fresh perspective on this complex phenomenon. This paper is a must-read for anyone interested in the mysteries of gravity and the ongoing quest to understand the universe.
 
I asked a question here, probably over 15 years ago on entanglement and I appreciated the thoughtful answers I received back then. The intervening years haven't made me any more knowledgeable in physics, so forgive my naïveté ! If a have a piece of paper in an area of high gravity, lets say near a black hole, and I draw a triangle on this paper and 'measure' the angles of the triangle, will they add to 180 degrees? How about if I'm looking at this paper outside of the (reasonable)...
The Poynting vector is a definition, that is supposed to represent the energy flow at each point. Unfortunately, the only observable effect caused by the Poynting vector is through the energy variation in a volume subject to an energy flux through its surface, that is, the Poynting theorem. As a curl could be added to the Poynting vector without changing the Poynting theorem, it can not be decided by EM only that this should be the actual flow of energy at each point. Feynman, commenting...

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