UNDERGRADUATE HONORS THESIS STUDENTS 2008

Koni Banerjee, Psychology, Human Evolutionary Biology; Senior, Harvard University
(email): kbanerj@fas.harvard.edu
My thesis investigates the nature of intelligence in tamarin monkeys. In order to probe questions regarding the cognitive capacities that underlie tamarin intelligence, I am working on designing and executing an IQ battery that presents subjects with a wide array of tasks that tap into varied cognitive skill domains. I will be interested to see if animals that perform well on certain tasks reliably perform well on other tasks that constitute both overlapping as well as distinct cognitive domains. We are hoping to find out whether something akin to "g" general intelligence exists in tamarins as it does in humans, or whether this feature of cognitive functioning is specific only to our own species. Finally, interesting effects of temperamental factors, gender, age, and geneology will be examined for effects on tamarin "IQ" and cognitive performance.

Sarah Carden, Human Evolutionary Biology, MBB; Senior, Harvard University
(email): sjcarden@fas.harvard.edu
My thesis is about the evolution of specific cognitive mechanisms suspected to be essential to language. Specifically, I tested for them in chimpanzees.
Read Sarah's thesis here.

Kyle Foreman, Psychology, MBB; Senior, Harvard University
(email): kforeman@fas.harvard.edu
UNDERGRADUATE HONORS THESIS STUDENTS 2007
Sarah R. Heilbronner, Psychology, Senior, Harvard University
(email): heilbron@fas.harvard.edu
I'm interested in the mechanisms and evolution of decision-making strategies,
especially those involving some temporal component. As rewards are pushed into
the future, they become subjectively less valuable. My research explores why
this occurs the way it does, and in particular the contributions of interruption
risk and attention.
Read Sarah's thesis here.
Jeanette G. Wickelgren, Neurobiology, Senior, Harvard University
(email): wickelg@fas.harvard.edu
My thesis research investigates the plasticity of primate acoustic
communication, specifically in the temporal and frequency domains.
Popular opinion holds that primates have no flexibility in their vocal
output. Our experiments test the extent and mechanism of their ability
to use simple white noise feedback to alter the fundamental frequency
and timing of their vocalizations. The timing experiments also explore
their ability to learn and remember acoustic patterns with both temporal
and type information.