Silhouettes of wormholes traversed for radiation
arXiv:2205.10168 · doi:10.1134/S1063772922100122
Abstract
The problem of the passage of light through the mouth of a zero-mass wormhole and the possibility of observing the objects from another asymptotically flat space-time through the mouth of a wormhole are considered. It is shown that an individual star can have several images and the fact that the image of a flat Lambertian screen has a complex brightness distribution for an observer located on the opposite side of the throat. Images of two such screens visible inside the silhouette of a massless wormhole and the distribution of radiation intensity in their images are constructed.
arXiv comment11 pages, 12 figures
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