Delbrück scattering, coined after physicist Max Delbrück, is a quantum phenomenon wherein photons interact with charged particles like electrons in a powerful electromagnetic field. This interaction leads to the emission of high-energy photons, a process known as Delbrück scattering. Notably, unlike other scattering events, Delbrück scattering results in the creation of electron-positron pairs, which subsequently annihilate, generating high-energy gamma-ray photons. This occurrence holds substantial importance in high-energy astrophysics, Admission Management particularly in the investigation of pulsars and gamma-ray bursts. A thorough comprehension of Delbrück scattering is vital for accurately simulating and predicting the behavior of high-energy particles and photons in extreme astrophysical conditions. It offers invaluable insights into the processes transpiring in the most energetic realms of the cosmos.