Editorial: Bridging computation, biophysics, medicine, and engineering in neural circuits

hardware, bioengineering, and medicine. A unifying theme across these works is the investigation of 32 how structured dynamics and learning rules enable robust information processing, cognition, and 33 recovery from damage in biological neural systems, as well as how these principles can guide the 34 development of computational and neuroengineering models. 35Several studies in this Research Topic focus on recurrent network dynamics as a foundation for 36 cortical information processing. Yonemura and Katori extended reservoir computing-based cortical 37 models to account for multi-sensory integration. By combining predictive coding with reliability-38 weighted error feedback, their model allows a recurrent reservoir to extract temporal context while 39 dynamically adjusting the influence of each sensory modality depending on its noise level.