Brain Plasticity | Resting-state fMRI | Functional Connectivity | Consolidation | Brain Organization

Projects titles: 

• The impact of bias in orienting attention at baseline on prismatic adaptation aftereffects

• The impact of prismatic adaptation on connectivity gradients 

• Resting-state fMRI connectivity following initial exposure to a novel language predicts later learning of linguistic regularities (Co-supervised with Prof. Tali Bitan)

Computational Neuroimaging | Resting-state and Task-based fMRI | Deep Learning | Motor Skill Learning | Brain-behavior Relationships | Criticality and Complexity Analysis | Detrended Fluctuation Analysis

Project title: Neural signatures of motor skill learning and behavioral dynamics using detrended fluctuation analysis (DFA) and fMRI data

Past Project: Individual uniqueness of connectivity gradients is driven by the complexity of the embedded networks and their dispersion

Computational Neuroimaging | Resting-state fMRI | Functional Connectivity | tDCS | Machine Learning | Statistical Modeling | Dimensionality Reduction | Clustering | Brain-behavior Relationships

Project title: The effects of unilateral and bilateral transcranial direct current stimulation (tDCS) on brain connectivity and sensorimotor skills in healthy individuals

Motor Sequence Learning  | Chunking Patterns

Project title: On the role of expertise in motor sequence learning: do musicians have superior learning abilities? 

Resting-state fMRI | Focused Ultrasound | Neuromodulation | Functional Connectivity

Project title: Advancing focused ultrasound targeting using functional connectivity 

Computational Neuroimaging | Resting-state fMRI | Functional Connectivity | Brain-behavior Relationships | Machine Learning | Dimensionality Reduction | Clustering

Project title: The influence of methylphenidate on striato-cortical connectivity and its modulation of attention orientation bias

Motor Skill Learning | Brain Plasticity | Machine Learning | Data analysis

Project title: Characterizing individual-level motor skill learning using novel bimanual task

Motor Skill Learning | Brain Plasticity | Chunking Patterns | Brain Organization

Project title: The influence of inter-note transition correlation in motor sequences during training on learning gains that follow

Motor Learning | Sensorimotor Integration | Observation-Based Training | Sleep and Memory Consolidation

Project title: The impact of audiovisual expert observation before sleep on motor skill learning and generalization in a musical sequence task

Motor Sequence Learning (MSL) | Musicians as Learning Experts | Detrended Fluctuation Analysis (DFA)

Project title: On the role of intrinsic variability during training on learning gains that follow

Motor Sequence Learning | Chunking Patterns

Brain Plasticity | Stroke | Hemispatial Neglect | Neuropsychological Assessment | Resting-state fMRI

Project title: Using resting-state fMRI connectivity to predict the benefits of prismatic adaptation in neglect patients

Connectivity & Brain Organization | Pathological States & Reorganization | Motor Skill Learning

Project title: Motor skill learning using a novel bimanual task 

Motor Skill Learning | Connectivity | Brain Organization

Project title: Motor skill learning using a novel bimanual task

Motor Skill Learning | Brain Plasticity

Project title: Motor skill learning using a novel bimanual task 

Brain Plasticity | Resting-state fMRI

Project title: The impact of prismatic adaptation on cognitive functions in healthy subjects

Motor Skill Learning | Brain Plasticity | Connectivity & Brain Organization

Project title: Motor skill learning using a novel bimanual task

Motor Skill Learning | Brain Plasticity | Connectivity & Brain Organization

Project title: Motor skill learning using a novel bimanual task

Motor Skill Learning | Brain Plasticity | Connectivity & Brain Organization

Project title: Characterizing Individual-level motor skill learning using novel bimanual task

Brain Plasticity | Functional Connectivity | Consolidation | Brain Organization

Project title: The impact of bias in orienting attention at baseline on prismatic adaptation aftereffects