The present study will analyze, from the application of computational physical simulations, the variation of ontological defects (VÓRTICES) in a superconducting sample of 12x12 dimensions to three different temperature ranges, and with the application of external magnetic fields varying in time. The value of critical magnetic fields 1 and 2 of the sample will be analyzed as a function of temperature, Abrikosov state, besides taking into account for this the properties of magnetization, number of vortices and free energy of Gibbs inside the material, according to the data obtained in the simulation.