LQG Phenomenology

Loop Quantum Gravity (LQG) Phenomenology is a theoretical framework that aims to describe the quantum properties of space and time. It suggests that space is not continuous but instead made up of tiny, discrete "chunks" or loops. LQG attempts to unify general relativity, which explains gravity, with quantum mechanics, which governs microscopic phenomena. In phenomenology, researchers explore the potential observable effects of LQG, such as predictions about black holes, cosmic events, or the early universe. By studying these predictions, scientists hope to find experimental evidence that could confirm or refute LQG's concepts, guiding our understanding of the universe's fundamental structure.