I'm interested in mathematical methods, and non-conventional computing models. The use of them solving computationally hard problems can be very helpful in a wide spectrum of areas, both theoretical, such as issues with computational complexity theory, computability theory and so on, and applications, such as in biology, physics, socials sciences, etc. The intrinsic parallelism hidden in nature help us to simulate this kind of biological systems (P systems, neural networks, DNA computers, genetic algorithms...) in a more efficient way, simulating it by parallel platforms such that GPUs and FPGAs.
My main research interests are
22-27 March 2021: Technical Program Committee of The Second Special Session on Biologically Inspired Parallel and Distributed Computing, Algorithms and Solutions (BICAS 2020) of The 2020 International Conference on High Performance Computing & Simulation (HPCS 2020).
22 - 27 March 2021: Tutorial Co-Chair (within the Organizing Committee) and Member of the Technical Program Committee of The 2020 International Conference on High Performance Computing & Simulation (HPCS 2020).
2021-2023: Talento Doctores (PID Junta Andalucía) fellow at the University of Seville (US), as a member of the Research Group on Natural Computing (Spain).
15-19 July 2019: Technical Program Committee of The Second Special Session on Biologically Inspired Parallel and Distributed Computing, Algorithms and Solutions (BICAS 2019) of The International Conference on High Performance Computing & Simulation (HPCS 2019).