Tag: computational neuroscience

Researchers introduced Shapley fields to reveal a weak, multidimensional chemotopic organization of glomeruli in the mouse dorsal olfactory bulb across ...

Researchers found that spiking neural networks maintain robust EEG motor imagery decoding under heavy noise and channel loss where conventional ...

A spectral dynamic causal modeling study reveals that individuals with major depressive disorder exhibit diminished excitatory connectivity, reduced signal variability, ...

A computational model of the subthalamic nucleus reveals that synchronized bursting among excitatory neurons drives pathological phase-amplitude coupling in Parkinson's ...

Researchers show that interpretable speech features largely account for how well audio foundation models predict brain responses, while also revealing ...

An editorial in Frontiers in Computational Neuroscience gathers eight studies arguing that neural systems operate near a critical state between ...

A computational study shows that distinct ion-channel configurations producing the same neuronal activity regimes differ sharply in how much ionic ...

A backpropagation-free Deep Memory mechanism preserves representations in dissipative AI architectures by recording centroids, seeding replaced units and stabilizing through ...

A multi-receptor whole-brain model traces atomoxetine's stabilizing effect on brain dynamics to receptor binding affinities expressed along a frontal chemoarchitectural ...

Simulations show that short, distance-dependent excitatory connections amplify shared inputs, drive burst propagation, and generate modular functional organization without built-in ...