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Anyone studying string theory for the first time can be easily overwhelmed by the field due to its highly theoretical nature and specialized vocabulary. Unlike areas of physics like Newtonian mechanics, which can be modeled by familiar scenarios like a ball rolling down a hill or an object falling to the ground, string theory conceptualizes all of the particles in the universe as theoretical one-dimensional strings. By oscillating in different ways, these strings can produce the various types of particles we observe. These strings can be either open or closed, and split and combine in a variety of ways. It is also theorized that these strings are attached to two-dimensional membranes, or branes. Many physicists think that string theory shows promise for uniting the small-scale, particle-based theory of quantum physics and the theory of relativity, a large-scale theory of time and gravity, under a single set of theoretical principles.
Another aspect of string theory is supersymmetry, or the idea that each type of particle in the universe can be categorized as either a boson or a fermion. Pairs of various kinds of these particles allow certain equations to work because when pairs of particles are represented as variables in equations and assumed to cancel each other out, the equations yield realistic results. While many of these particles have not been actually observed because they exist at extremely high-energy states, the fact that the equations necessitate them has led physicists to conduct experiments attempting to observe them. Additionally, string theory posits additional dimensions of the universe beyond the three plus one that has been observed, as well as the idea of these unobserved dimensions being compactified.