String theory helps human beings understand the nature of the universe and how it works. There are no practical applications for string theory, as of 2014.Know More
String theory is made up of many different theories with diverse mathematical formulas. In theoretical physics, a string is described as a one-dimensional, microscopic filament of energy. A string, in combination with a brane, is the fundamental object in string theory.
String theory views all the fundamental particles in the universe as expressions of these strings. Physicists also study the configuration of these strings. One major goal in string theory is to determine how these configurations resemble the particles we observe in our universe.
By studying the mathematical theory known as string theory, scientists hope to explain certain phenomenon that is currently unexplainable using the standard model of quantum physics.Learn more about Particle Physics
Superstring theory is an attempt to unite the various string theories that have been suggested since the 1960s in a single, comprehensive explanation of observed phenomena in physics. String theories assume that, in place of elemental particles, the matter in the universe is made up of one-dimensional strings that are very short and carry high values of energy.Full Answer >
The modern atomic theory is a theory that all matter is composed of tiny particles called atoms. This theory is used in physics and chemistry to explain the behavior of all matter.Full Answer >
Rutherford’s atomic theory was that an atom had a central positive nucleus with negative electrons orbiting it. He developed this theory with his gold foil experiment.Full Answer >
Simply put, string theory is an approach to modeling the four fundamental interactions of physics and resolving the conflict that they cause between classical and quantum physics. The four interactions that string theory models include gravitation, electromagnetism, strong nuclear force and weak nuclear force.Full Answer >