Gravity can be understood through two frameworks: curved spacetime and gravitons, which are analogous to classical electromagnetism and quantum electrodynamics. Currently, there is no widely accepted theory of quantum gravity that incorporates gravitons, and experimental evidence for their existence is lacking. Gravitons remain a speculative concept, unlike photons in quantum electrodynamics, which have been extensively tested. The connection between classical and quantum descriptions of gravity is made through coherent states, which allow quantum systems to exhibit classical behavior. Understanding these concepts can be complex, but they highlight the ongoing exploration of gravity in physics.