Patterns are found in every science experiment, portrait, and composition of music. After the LHC made the particles collide, the physicists noticed these repeating patterns. The patterns created a portrait of bold colors and line which allowed them to detect certain particles, like the Higgs Boson. Dr. Fabiola Guanotti explaines, “There are many similarities between art and physics. Classical music follows rules and patterns of harmonies which are rules and patterns of physics and mathematics” (Guanotti). Artists also enjoy changing sculptures to make it look more in order until they find just the right combination. Physicists also do the same with experiments. They create an order and pattern to make the experiment just how they wanted it to be. Without patterns and a constant order in art and physics, their work would not be able to make sense or would not produce an efficient
Patterns are found in every science experiment, portrait, and composition of music. After the LHC made the particles collide, the physicists noticed these repeating patterns. The patterns created a portrait of bold colors and line which allowed them to detect certain particles, like the Higgs Boson. Dr. Fabiola Guanotti explaines, “There are many similarities between art and physics. Classical music follows rules and patterns of harmonies which are rules and patterns of physics and mathematics” (Guanotti). Artists also enjoy changing sculptures to make it look more in order until they find just the right combination. Physicists also do the same with experiments. They create an order and pattern to make the experiment just how they wanted it to be. Without patterns and a constant order in art and physics, their work would not be able to make sense or would not produce an efficient