Dimension 2: Theoretical Neuroscience

With the advancement of new technologies and the growing integration of Artificial Intelligence in scientific research, the need to bridge the gap between science and technology has become increasingly evident. In response to this, the European University of Brain and Technology—NeurotechEU—has been actively working on the development and implementation of Theoretical Neuroscience, which represents the second dimension of the alliance. This field of study and professional endeavour aims to unify the fundamental principles of neural organisation, creating a solid foundation for empirical evaluation and technical development. By doing so, it seeks to enhance scientific understanding while fostering the application of neuroscientific knowledge in technological innovations. 

According to Pierre Yger, a researcher at the University of Lille and a member of NeurotechEU, who specialises in Neuroscience and Cognition, one clear example of how the alliance is addressing this second dimension, Theoretical Neuroscience, is through the establishment of structured courses and workshops. These initiatives are designed to be sustained over time, offering multiple editions to ensure continuity and long-term impact. As part of this effort, in autumn 2024, Yger took the lead in organizing an Autumn School on Closed-Loop Systems in Neuroscience within the framework of NeurotechEU. Following the success of this first edition, he and his colleagues are now actively working on preparing its second edition.

Theoretical Neuroscience, as a core aspect of NeurotechEU’s vision, aligns with the broader objective of the alliance: to integrate neurotechnology as a distinct and interdisciplinary field of study, research, and professional practice. This commitment to fostering long-term educational and research initiatives ensures that the field continues to evolve, facilitating collaboration between scientists, engineers, and experts across various disciplines. 

NeurotechEU structures its approach to neurotechnology through eight interconnected dimensions, each representing a critical area of research, innovation, and application. The 8 Dimensions of NeurotechEU cover a wide range of topics, aiming to ensure Neurotechnology as a complete field of study and research to approach different neurochallenges that we are starting to face as a society. This dimension is one of the eight fields of study highlighted by NeuerotechEU, the other ones are: Empirical and Clinical Neuroscience; Neuromorphic Computing; Neuromorphic Control and Neurorobotics; Neuroinformatics; Neuroprosthetics; Clinical Neurotechnology; and Neurometaphysics.