Kosio Beshkov

Perineuronal nets reflect a continuum of fast-spiking specialization in adult parvalbumin interneurons

The paper identifies a transcriptional continuum in parvalbumin interneurons based on perineuronal net status, linking it to fast-spiking specialization and plasticity.

Distinct patterns of directed brain connectivity in focused attention, open monitoring and loving kindness meditation: An EEG Granger causality study with long-term meditators

This study uses EEG Granger causality to compare directed brain connectivity during three meditation types, finding distinct patterns in information flow between meditation states and rest.

Neuroplasticity of directed connectivity in long-term meditation: Evidence from EEG Granger causality

This study uses EEG Granger causality to show that long-term meditation increases directed connectivity from posterior to frontal regions and between hemispheres, involving theta, alpha, and beta bands.

Hexagons all the way down: Grid cells as a conformal isometric map of space

This paper investigates grid cells as a conformal isometric map of space, showing that a module of at least seven grid cells can achieve a distance-preserving representation with regular hexagonal phase patterns.

Multitask Learning of Biophysically-Detailed Neuron Models

This paper introduces a multitask learning approach to predict membrane potentials in all neuron compartments, significantly speeding up simulations and enabling comparisons with experimental data.

Topological Structure of Population Activity in Mouse Visual Cortex Encodes Visual Scene Rotations

The paper analyzes neural activity in mouse visual cortex to show that population activity encodes visual scene rotations through a circular manifold structure.

Geodesic-based distance reveals non-linear topological features in neural activity from mouse visual cortex

The paper introduces a geodesic-based distance method to better capture non-linear topological features in neural activity data from mouse visual cortex.