Scientists have searched for Magnetic monopole in various ways, including using Particle accelerator to artificially manufacture Magnetic monopole, but they have not achieved anything. On September 4, 2009, Jonathan Morris and Alan Tennant from Dresden, St Andrews, La Plata and Oxford from the Research Center of the Helmholtz Association of Germany carried out a neutron scattering experiment in the Berlin Research Reactor. They found the Magnetic monopole for the first time and observed how it was produced in real matter. The material they are studying is a single crystal of Dysprosium titanate, which can crystallize into a quite significant geometric shape, also known as a calcine lattice. With the help of neutron scattering, researchers have confirmed that the magnetic moments inside the material have been reorganized into so-called "spin spaghetti," a name derived from the order of the dipole itself. Such a controllable network of tubes (strings) can be formed through the transmission of magnetic flux, and these strings can be observed by reacting with neutrons carrying their own magnetic moment, so that neutrons can be scattered as inverse strings.