Home | Research | McCloskey Lab

McCloskey Cognitive Neuroscience Lab

Department of Cognitive Science
Johns Hopkins University
147 Krieger Hall
Baltimore, MD 21218
   
Research Topics
Approaches
Lab Members
Current Projects

Research Topics

Most of the lab’s research focuses on two topics:

  • how the mind represents and manipulates visual and spatial information, how these representations and processes are realized in the brain, and how they are affected when the brain is damaged or fails to develop normally.
  • the representations and processes that underlie our ability to spell words, and how these representations and processes are disrupted in acquired and developmental dysgraphia.

We are also interested in

  • numerical and mathematical cognition
  • foundational issues in cognitive neuropsychology & cognitive science

 


Approaches

We bring a variety of perspectives and methods to bear on these issues, including

  • cognitive neuropsychological studies of brain-damaged adults
  • cognitive neuropsychological studies of children with developmental cognitive deficits
  • psychophysical studies of normal adults;
  • computational modeling;
  • functional magnetic resonance imaging (fMRI)

 


Lab Members

Dr. Michael McCloskey

Graduate Students

Emma Gregory

Manny Vindiola

Undergraduate Students

Eric Gou

Jen Guo

Brad Berk

Jenna Moray

Nik Krumm


Current Projects

Representation of Visual Location & Orientation

This project uses cognitive neuropsychological methods and studies of normal adults to explore how the brain represents two very basic properties of visual stimuli:  location and orientation. 

 

 

Representations & Computations in the Spelling System

In this project cognitive neuropsychological studies of brain-damaged patients reveal properties of the computational architecture and orthographic representations that underlie spelling performance.

Stimulus Word

CM’s Written Spelling

cram

spelling errors

slug

star

 

Perceptual Consequences of Visual Cortical Reorganization

In studies with brain-damaged patients and normal adults we are exploring how perception is affected when cortical remapping occurs in the visual system.

 

 

 

 

 


                   BL’s Drawings & Descriptions: