Projects in these interest spaces are ongoing at the Affective Neuroscience and Development (Somerville) Lab at Harvard University.
How do children through adults use difficulty and reward information to guide their cognitive effort exertion? How do they use learnable and instructed information? Does information use depend on metacognition or overall demands of the environment?
How do children through adults use emotion and reward information to support their learning, decision-making, and memory? How do they use incidental and integral information? Does information use depend on metacognition? Is it consistent or variable across these goal-directed behaviors?
How do children through adults use time and reward information to make consequential decisions? Does information use depend on the stakes of the decision context? Which cognitive processes underpin age-related changes in these choices?
How does the architecture of fluid cognition change through adolescence?
Does difficulty and reward information influence fluid cognition sub-capacities consistently or variably through adolescence?
With increasing age, are some fluid cognition sub-capacities strategically employed to overcome the demands of others?
Projects in these interest spaces were conducted in the Hartley Lab at New York University.
Characterizing the effect of previous reward on future learning and decision-making from childhood to adulthood
Characterizing age-related changes in model-free vs. model-based learning
Characterizing the neurodevelopment of reward-motivated memory processes
Characterizing age-related changes the component processes of complex planning
Characterizing the relationship between intertemporal choice and model-based planning
I contributed to this work at the Language Learning Lab at Boston College, under the mentorship of Dr. Joshua Hartshorne.
I completed this work at the University of Michigan as my Neuroscience Honors thesis project, under the mentorship of Dr. Jillian Hardee.
I completed this work at the University of Michigan as my Cognitive Science Honors thesis project, under the mentorship of Dr. Daniel Kruger.