A Master to understand the interactions of physics with other disciplines

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This master's degree addresses interdisciplinary teaching aimed not only at graduates in Physics, it may also be of interest to students in Mathematics, Experimental Sciences or different branches of Engineering. The main objective is to train in the fundamentals and applications of Nonlinear Dynamics, Chaos Theory and Complex Systems.

With a training itinerary of 60 credits, the student of this master's degree will be able to access a doctoral program in Sciences to carry out their own thesis. In the professional field, the outlets that this degree opens up are closely linked to research and teaching at universities and research centers.

The faculty has extensive experience in teaching and research that has been recognized with its authorship of numerous scientific articles and published in high-impact journals around the world. The international character of this master's degree is also reinforced by the close collaborations that are maintained with prestigious research groups from the United States, Europe and Asia.

The main materials that are taught in the academic year that this master's degree lasts have to do with chaotic dynamics, complexity, fractals and the control and fluctuations of dynamic systems, in some cases with the modeling of these in other disciplines such as Biology.

Some of the subjects taught are of a computer nature, which is why modern computer equipment is used that the URJC provides students with state-of-the-art workstations.