The research group FQM-165: Statistical Physics and Complex Systems focuses its research activity on the theoretical and computational study of the emergent properties of complex systems that appear in nature (covering the fields of physics, chemistry, biology, neuroscience, ecology, materials science, astrophysics, etc.) and in other fields of knowledge (such as economics and sociology), and which are characterised by a very large number of degrees of freedom and non-trivial and highly non-linear microscopic dynamics, through theoretical and computational techniques) and in other fields of knowledge (such as economics and sociology), which are characterised by a very large number of degrees of freedom and non-trivial and highly non-linear microscopic dynamics, using the techniques of statistical physics, stochastic processes and the study of dynamical systems.

The lines of research are as follows:

- Cooperative phenomena.      

- Computational physics.

- Theoretical physics of condensed matter.                

- Physics and statistical mechanics.

- Theoretical and computational neuroscience.

- Magneto-electronic properties and nanotechnological applications of graphene.  

- Artificial neural networks.     

- Quantum regeneration of wave packets.

- Energy transfer in quantum systems.


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