What is inverse Compton scattering?

Oct 19, 2021 ... Recent research sheds light on the ways information and physics interact, such as how information exits a black hole. However, the precise ... This information can be retrieved by multi-time measurements on the quantum fields close to the black hole horizon. This result requires no assumptions about ... Jul 5, 2023 ... Information paradox, Quantum gravity, Mass-energy-information principle, Entropy, Black hole, Black hole thermodynamics, Quantum Information ... Apr 29, 2013 ... The solution given by Stephen Hawking to this information paradox (entropy is equivalent to the physical definition of information) was to ... For most of human history, black holes have been some of the most mysterious objects in outer space. Today, though, experts have made great strides in learning ... ... black hole mechanics and the laws of thermodynamics. Since Hawking's ... Finally, the links are explored between Zeilinger s programme, informational ... Nov 11, 2020 ... According to the Kabbalah of Information, 'in the beginning [Gd] created information, Creation is an integral informational space within which our evolution ... Dec 29, 2018 ... They absolutely must, according to General Relativity and the known laws of physics. Take two black holes, merge them together, and they lose ... Jul 20, 2017 ... From the mere assumption that a black hole has a nonzero entropy—that is, that it takes many bits to describe—how could Bekenstein and Hawking ... Feb 3, 2024 ... In this article, we consider a regular black hole (BH) surrounded by quintessence in the scalar–vector–tensor (S–V–T) version of modified gravity (MOG).