Dear all -
Professor Sara Incera (https://psychology.eku.edu/people/incera) will be visiting McGill
(funded by the CRBLM) to give a lecture about her fascinating work that uses “mouse
tracking” to study bilingual language processing, and the following day, to give a workshop
on how to use “mouse tracking” for similar or other kinds of research.
“Mouse tracking” is a useful tool for studying cognitive processes that has received less
attention than other standard techniques - e.g., button-press reaction time measures.
Thus, knowledge of this technique could open new research opportunities/measures using
standard computer equipment (i.e., an external mouse).
Below are the 2 CRBLM events scheduled RE Professor Incera’s visit - 1) her research
lecture, and 2) a workshop to show people how to conduct “mouse tracking” experiments
using open source software.
Please join us for both, and register ASAP for the workshop!
Please pass this note along to others who may be interested..
——
1) LECTURE: PROFESSOR SARA INCERA (PSYCHOLOGY, EASTERN KENTUCKY
UNIVERSITY)
http://crblm.ca/sara-incera-psychology-eastern-kentucky-university/
Title: The timing of the cognitive processes underlying bilingualism and the perception of
foreign accents: Evidence from mouse tracking
The mouse-tracking paradigm allows researchers to better understand how cognitive
processes unfold over time by recording participants’ responses using a computer mouse.
In this talk, I will present a diverse set of cognitive experiments in which I used the mouse-
tracking paradigm for data collection. The goal is to provide attendees with different ideas
of the types of data you can get using mouse tracking. I will discuss results from a number
of different tasks including a lexical decision, a Stroop, and a rating task. I will cover the
implications of methodological decisions like presenting two versus four response
alternatives, or presenting a dichotomous (Word/Nonword) versus a continuous (Foreign—-
Native) response option. In addition, I will briefly discuss how to interpret and analyze
mouse-tracking data, including common pitfalls and best practices. I will cover the
strengths and weaknesses of the method so attendees can get a sense of the types of
research questions that can be answered using the mouse-tracking paradigm. In my
opinion, triangulating across paradigms (eye tracking, mouse tracking, ERPs) is the gold
standard to provide a full picture of the cognitive processes at play.
Dr Sara Incera is an Assistant Professor in the Department of Psychology at Eastern
Kentucky University. Her research interests include cognitive psychology, bilingualism,
foreign accents, second language acquisition, and language development across the
lifespan.
When: Tuesday, May 21, 10:00am
Where: room 461, 2001 McGill-College
Coffee will be served before the talk.
2) MOUSE-TRACKING WORKSHOP WITH PROFESSOR SARA INCERA
REGISTRATION:
http://crblm.ca/mouse-tracking-workshop-with-sara-incera/
Title: Creating and analyzing mouse-tracking experiments
The goal of this four-hour workshop is to create and analyze mouse-tracking experiments.
During the first half of the workshop, participants will become familiar with the computer
software MouseTracker. Each participant will work on creating a sample pilot study (4-6
stimuli) on a topic of their choosing. Participants will start from an example, choose the
stimuli type, set up their trials, and make it look good using the “Designer” feature in
MouseTracker. In addition, participants will be taught how to export their data (“Analyzer”)
including considerations about conditions, restrictions, types of data (raw vs. normalized),
and remapping. In the second half of the workshop, participants will learn to analyze
mouse-tracking data using R (and R Studio). The mouse-tracking paradigm generates many
dependent variables, so it is important to know which one to use for a specific research
question. Participants will be introduced to data transformations (wide vs. long format –
reshape2), data visualizations (mouse trajectories on a line graph – ggplot2), and, if there is
time, data analyses (mixed models – lme4). The goal is to get participants to experience the
whole process, from creating the experiment to interpreting the results, so they can use the
mouse-tracking paradigm on their own whenever they are designing their next experiment.
When: May 22, 2019, 9am-1pm
Where: McGill Campus, Stewart Bio building, 1205 Dr Penfield Ave, S3/31
Dear all,
We are happy to announce the final CRAM (Cognitive Research at McGill) session this term
on Friday, April 12th.
Dr. Samuel Mehr is visiting from Harvard Psychology and will be speaking about universals
in music perception and production (title and abstract below).
Additionally, Dr. Mehr is happy to meet with any students and faculty who are interested in
discussing research. He will be available this week Wednesday-Friday (April 10-12). If this is
something that interests you, please reply to this email with your availability and we will try
to arrange one-on-one or small group meetings.
The talk will span from 12pm-1pm in room 735 of 2001 McGill College Avenue. All are
welcome!
Be sure to also check out Dr. Mehr's CIRMMT talk:
https://www.cirmmt.org/activities/seminars/samuelmehr
--
Dr. Samuel Mehr, Harvard Psychology
Universals in music perception and music production
Theories of the origins of music claim that the music faculty is shaped by the functional
design of the human mind. On these ideas, musical behavior and musical structure are
expected to exhibit species-wide regularities: music should be characterized by human
universals. Many cognitive and evolutionary scientists intuitively accept this idea but no one
has any good evidence for it. Most scholars of music, in contrast, intuitively accept the
opposite position, citing the staggering diversity of the world's music as evidence that
music is shaped mostly by culture. I will present two lines of work that attempt to resolve
this debate, so as to lay out the basic facts of the human music faculty. The first line of
work shows that the musical forms of songs in 86 cultures are shaped by their social
functions (Mehr & Singh et al., 2018, Current Biology); in new work, this finding replicates in
large samples of infants and of people who live in remote, small-scale societies. The second
line of work applies tools of computational social science to the recently-created Natural
History of Song corpora (http://naturalhistoryofsong.org) to demonstrate universals and
dimensions of variation in musical behaviors and musical forms (Mehr et al., working paper,
https://psyarxiv.com/emq8r). Our developing understanding of the basic architecture of
music perception and music production lays the groundwork for building a comprehensive
cognitive science of music.
--
Warm regards,
The CRAM Team
(Mehrgol Tiv, Kevin da Silva Castanheira, Anna Mini Jos, & Azara Lalla)
See our website for more information:
https://www.mcgill.ca/psychology/events-colloquia-0/brownbag-series