Computational Electromagnetics Laboratory (CERLab)
The Computational Electromagnetics Laboratory specializes in the study and simulation of electromagnetic phenomena, using advanced models of integral and integro-differential equations. Among its main activities are the development of innovative methods for the modeling and design of advanced electromagnetic devices, as well as the creation and experimental verification of cutting-edge brain-computer interfaces, enabling direct connections between the brain and electronic devices. The laboratory is also dedicated to creating detailed electrical models of brain activity, with the aim of improving diagnostic capabilities and deepening the understanding of brain mechanisms. Finally, CERL works on the development of "neurosurfing" systems, leveraging virtual reality to offer immersive and interactive experiences in the field of neuroscience.
Keywords: computational electromagnetics, integrals equations, brain-computer interfaces, electroencephalography, brain imaging, virtual reality.
Contact e-mail: det.cerlab@polito.it
Position: Polito Maps
Research topics:
- Electromagnetic phenomena simulation via integral equation solving
- Brain-machine interface development and testing
- Electrical Brain activity modeling
- VR-based neurosurfing systems development
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