While the Lambda-CDM model with dark matter is the prevailing scientific consensus, there are alternative theories that attempt to explain the observed gravitational anomalies without invoking new, unseen particles. The most prominent of these is Modified Newtonian Dynamics (MOND), proposed by Mordehai Milgrom in 1983. MOND posits that Newton's laws of gravity (and by extension, General Relativity) break down or require modification at very low accelerations, typical of the outer regions of galaxies. Under MOND, the gravitational force doesn't fall off as steeply as expected with distance, effectively mimicking the gravitational effects attributed to dark matter. While MOND has been successful in explaining galactic rotation curves without dark matter, it struggles to explain phenomena at larger scales, such as gravitational lensing in galaxy clusters and the observations of the Cosmic Microwave Background. The Bullet Cluster, in particular, poses a significant challenge for MOND, as it directly demonstrates a separation between the gravitational potential and the visible baryonic matter.