COMPUTATIONAL MODELING OF INTELLIGENCE

Our research focuses on the development of computational models that integrate collective intelligence, cognitive science, neuroengineering, human-computer interfaces, and risky uses of intelligence. Its main current lines of research (collective intelligence modeling and network dynamics, cognitive processes, hybrid human-AI systems, intelligence at the edge and risky uses, and neuroengineering) seek to understand basic cognitive functions in order to apply this knowledge in real-life, high-risk scenarios.

In the medium and long term, our research will attempt to answer the pressing questions: how to design computational models that facilitate the integration and interaction between human and artificial intelligence to create more effective and adaptive systems? How to model the behavior of each human being at any stage of life in a personalized way? This research will lead to the development of the next generation of behavioral clones to detect, recover from, or prevent behavioral disorders early, seeking to provide solutions for the growing populations with special needs in European society.