We use a wide range of methods in the lab, from state-of-the art neuroimaging to behavioral testing and judgments that are the mainstay of cognitive psychology and linguistics.
EEG Laboratory The EEG Laboratory, located in 441 Lorch Hall, includes a 64-channel actiCAP system with an actiCHamp amplifier. We have four EasyCap caps (M10 montage) with sizes suitable for adults. EEG Acquisition is controlled with PyCorder software. Recording takes place in a sound attenuated booth. Visual stimuli are presented via a 23″ LCD monitor and auditory stimuli are delivered with Etymotic ER-2 tube ear-phones. Responses can be collected via keyboard and a consumer game controller. Experiments can be conducted using E-Prime, PsychiPy, and other packages. EEG recording is aligned with stimulus presentation by (i) impulse codes sent by the stimulus presentation software to the EEG amplifier and (ii) direct feed of the acoustic signal heard by the participant to the EEG amplifier and/or direct input from a screen-mounted photodiode.
Behavioral Testing Magnetic Resonance Imaging We also partner with researchers affiliated with the Cornell MRI Facility to study sentence and story-processing in adults. Magnetoencephalography We also maintain a research relationship with Timothy Roberts at the Children’s Hospital of Philadelphia Nancy Lurie Marks Center for Magnetoencephalography. Data Analysis Data analysis software available includes the Matlab toolboxes Fieldtrip, EEGLab, SPM, and the MNE suite. Statistical analysis is available via R and SPSS, with support and resources for other platforms available the Center for Statistical Consultation and Research. Digital data are safely and securely on the university-hosted MiStorage service.
We have one private booth for collecting behavioral data, located in 457 Lorch Hall. Experimental control and data collected can be conducted using E-Prime, Matlab PsychToolbox, Linger, and other packages.
The University of Michigan Functional Magnetic Resonance Imaging Laboratory hosts two research-dedicated MRI scanners operating at 3T.