How do black holes fit into the Standard Model of particle physics?

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 ... In the deep black hole interior, however, the strong interactions between gravity and quantum physics require a quantum theory of gravity. Fortunately, though, ... May 19, 2023 ... Keywords: Entropy; black hole; dark matter; dark energy; quantum gravity; collapse; information paradox; cosmological constant. 1. INTRODUCTION. ... informational approach to studying the black holes. ... Information content of optimal black hole is proportional to squared coefficient correlating information ... Sep 9, 2016 ... A black hole has no (known) internal structure and can be miles across. So it's simply a big elementary particle? Black holes are regions in space-time with extreme gravitational pulls that even light cannot escape. They result from the catastrophic deaths of large stars ... Abstract. In this work, we study the thermodynamic topology of a static, a charged static, and a charged rotating black hole in f(R) gravity. For charged s. The field/string correspondence suggests quantum theory can describe black hole formation and evaporation, so information isn't lost. The infor- mational black hole and the amount of information destroyed therefore grow with the size of the market. As a result, the investment mistakes continue ... Astronomers have observed evidence this way for dozens of black holes in our own galaxy. Scientists who study black holes focus on how other bodies are affected ...