Compton

This discovery was revolutionary because it challenged classical wave theory , which could not explain why light would change color (wavelength) upon scattering [21]. It provided the first strong experimental evidence that light behaves as a particle (a photon), confirming Albert Einstein’s earlier predictions [12, 17]. For this work, Compton was awarded the Nobel Prize in Physics in 1927 [17, 23].

In 1923, Arthur Compton discovered that when high-energy X-rays or gamma-ray photons collide with electrons, they scatter and lose energy , resulting in a longer wavelength [1, 2, 14]. This wavelength shift is known as the [2, 25]. Scientific Significance Compton

In the world of science, "Compton" refers to , a physicist who discovered a phenomenon that helped prove the dual nature of light [1, 12]. The Discovery In 1923, Arthur Compton discovered that when high-energy

While the city faced economic challenges and social unrest—including damage during the 1992 riots—it is globally recognized for its massive influence on hip-hop and "gangsta rap" [6, 34]. Groups like and artists like Dr. Dre , Ice Cube , and Kendrick Lamar have immortalized the city's struggles and culture in their music, though historians note that the media often focused on negative reputations while ignoring the city's history of community perseverance [9, 34]. 2. The Compton Effect: A Revolution in Physics The Discovery While the city faced economic challenges

The effect is widely used in radiation therapy to target and kill cancer cells [11, 30].

It is the primary interaction for X-rays and gamma rays in soft tissue , critical for CT scans and radiation therapy [11, 16].