regions of the brain can be stimulated more than others during a drop. According to one study during the pre-drop, the precentral gyrus and postcentral gyrus, whose functions are related to the recognition of tempo, pitch, rhythm and intensity, show the highest level of activity. Activation in this area correlates with the formation of emotions such as tension and anticipation. A large amount of activity in the PreCG and the PostCG during the pre-drop thus reflects the listener experiencing these emotions ahead of the climax. Effects on the body The body’s natural reaction to music is movement, mainly by means of dancing to the beat of the song. These include head and hip movements, tapping feet, and waving arms. The effects that music has on the brain stimulates the listener’s tendency to dance, so a large objective of a DJ’s performance is to exploit this phenomenon. In a group setting, strong musical elements such as bass lines can cause an interpersonal synchronization response where the pleasure created from music is transported to the collective movement of people. Dancing in a group can create changes in behavior, enhancing social bonds between group members and generating relaxation and euphoria. In an EDM drop, each component of the break routine creates a different intensity peak as they vary in structure and instrumentation. References DJing Musical techniques Popular music Electronic dance music Musical terminology