We will briefly review the issue of "information loss" during the Hawking evaporation of a black hole, and argue that the quantum dynamical reduction theories, which have been developed to address the measurement problem in quantum mechanics, possess the elements to diffuse the ``paradox” at the qualitative and at the quantitative level, leading to what seems to be an overall coherent picture.
Abstract: We construct, through mathematical insights, and robust computer-based simulations, a new realistic molecular carbon structure, that in a limit, corresponds to a three-dimensional black-hole. The molecule is a Beltrami pseudosphere, the manifestation in the Euclidean space of Lobachevsky geometry. The symmetries of Beltrami are found here to be non-trivially related to those of a sphere, and are an instance in Euclidean space of the mysterious Lobachevsky crystallography.