Research Areas
I have diverse areas of interest being an interdisciplinary researcher! I have conducted research in physics, neuroscience, and philosophy as well as the intersections between them. On this page, I will talk about the broad areas of research that I study. For more details on specific projects, see my scholarly works page.
Complexity Science
Exploring complex systems of many interconnected parts that interact to create emergent properties and behaviors. With key concepts such as network theory, self-organization, and non-linearity, complexity science has been used to study a large and growing list of complex systems. From earth science to sociology and neuroscience to economics, complexity science is a premier interdisciplinary field.
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Network Neuroscience
Using various methods of data collection, both functional and structural brain networks can be constructed for humans and other creatures. These networks can be studied and analyzed using graph theory and other tools to better understand the behaviors and cognition that arise. Network neuroscience goes beyond the paradigm of localized function in the brain by studying the interactions between regions.
Philosophy of Science
The philosophy of science is a broad field of philosophy that endeavors to understand the unique nature of scientific practice. The understanding science in the context of historical and philosophical constructs, from epistemology to empiricism to positivism to post-Kuhnian thinking, can unlock and enhance conversations around knowledge. These views help guide future scientific practice.
