Amirhossein Ghaderi

This study uses nonlinear functional brain networks to show that resting-state brain dynamics predict transcendent thinking in adolescents, unlike linear measures or IQ.

The paper investigates how auditory and visual cues are integrated into the cortical reach network using fMRI, finding distinct modules for each cue type and their interaction.

This study examines the relationship between BOLD signal variability, complexity, and static/dynamic functional brain network features during movie viewing using graph theory analysis.

The paper investigates oscillatory functional brain networks in euthymic bipolar disorder, finding distinct roles for linear and nonlinear networks in capturing dysconnectivity, with nonlinear features showing greater biomarker potential.

This study shows high-frequency spinal cord stimulation changes cortical cross-frequency coupling in different brain regions and over time, with distinct effects in association and somatosensory cortices.

The paper investigates how task instructions affect cortical network modularity using fMRI data, finding that allocentric tasks reduce module count and recruit additional hubs for integration.

This study examines how social factors and transcendent thinking affect functional connectome development in mid-adolescents over two years.

The paper uses fMRI data to analyze how saccades affect functional modularity in the human cortical vision network, showing increased integration during saccadic eye movements.

This study uses EEG and graph theory to analyze brain network modularity and communication in ADHD subtypes, finding reduced visual network modularity and communication in ADHD groups compared to controls.

This study uses EEG and graph theory analysis to show that saccades and pre-saccadic stimulus repetition alter cortical network topology and dynamics, with specific effects on network hubs and synchronization.

The paper tests time perception models against visual phenomena, finding that a vector model best explains interactions between saccades and stimulus novelty.