Diego Mendoza-Halliday

The paper uses a bio-realistic model of mouse primary visual cortex to show that cortical oscillations follow a spectrolaminar motif, with gamma in superficial layers and alpha/beta in deep layers, driven by specific cell types and synaptic properties.

The paper reaffirms the ubiquity of a spectrolaminar motif across multiple datasets and introduces an improved tool to identify it.

This study identifies mechanisms by which neural networks overcome sensory-memory interference using input gating and tuning inversion, supported by neural data from macaques.

The paper identifies a conserved cellular-to-spectral rule in primate cortex that predicts the spectrolaminar motif across brain areas and validates it in schizophrenia post-mortem data.

The paper identifies a consistent spectrolaminar pattern of LFP power across primate cortex, showing distinct frequency gradients in superficial and deep layers.

The paper shows that visual feature attention and working memory use distinct neuronal substrates, with LPFC-p critical for attention but not working memory.