University of St. Andrews
I study the evolution of cognition, in particular causal reasoning, episodic thinking and executive function in primates and children. Most recently, I am exploring the relationship between some of these different cognitive skills and how they combine to affect performance on problem-solving tasks.
Saint Mary's College of California
My research seeks to understand how language and interaction shape human experience. My work focuses on how humans understand and interact with the divine and each other and how these patterns of interaction shape health and well-being.
Claremont McKenna College
My research lies at the intersection of epistemology, feminist philosophy, and critical race theory. My past research examined the relationship between knowledge and social identity, but my current research investigates epistemological systems (like white supremacy and patriarchy).
University of Pittsburgh
My research concerns the philosophical foundations of cognitive science, particularly the scientific study of cognition in nonhuman animals and issues raised by artificial intelligence. I have also published widely on topics in philosophy of mind, philosophy of biology, and humanities computing.
I study the acquisition and evolution of human language. My work bridges anthropology and psychology and involves both comparative and developmental approaches to communication.
I am interested in the birth, life, and death of ideas. Fundamentally, I aim to understand the social world as constituted by, and constitutive of, ideas, beliefs, and practices.
Smith College and
Harvard Divinity School
My research addresses issues in Cognitive Science, the philosophy of mind, Buddhist Philosophy, the history of Western Philosophy, modern Indian philosophy, Ethics, and cross-cultural interpretation.
University of St. Andrews
My research focuses on technical and social problem solving in animals with a special emphasis on the great apes. Ultimately, my goal is to elucidate how cognition evolves.
I study the evolved cognitive mechanisms that humans and other organisms (terrestrial or otherwise) use to meet the challenges posed by their environments, including finding and choosing mates, food, information, and other resources.
I investigate cognition from the perspective of the embodied mind. I am particularly interested in high-level cognitive phenomena such as conceptual systems, abstraction, and inference mechanisms, and the biological and cultural phenomena that make them possible.
The main goal of my research is to understand moral and political beliefs: what they are, where they come from, and how they change (or not) over time.
London School of Economics and Political Science (LSE)
My research focuses on answering three related questions: (1) How did humans evolve? (2) What features of our psychology and sociality underlie human culture and cultural evolution? (3) How can answers to these questions help tackle some of the challenges we face as a species?
University of Oxford
I study collective animal behaviour, focusing on how animals pool individual cognitive capacities to improve collective performance, how groups generate novel innovations through joint problem-solving, and how these innovations are stored and built upon over time to give rise to cultural phenomena.
Australian National University
I have worked on the ethics of war, self-defence and risk, and am now the project leader for the multi-disciplinary Humanising Machine Intelligence Grand Challenge project at ANU, which aims to explore the foundations and design of democratically legitimate data and AI systems.
I examine the interplay of the universal human mind and the variations of human culture to address fundamental questions about cognitive and cultural evolution.
University of Chicago
My research identifies the fundamental properties of language and explores how gesture and spoken language shapes thought and cognitive development.
My research investigates how people solve challenging computational problems every day, make predictions about future events, learn new causal relationships, and discover how objects should be divided into categories.
My research interest is natural language processing. I work on various topics, such as language understanding and generation. I build dialog system that provide effective communications.
TWCF Principal Advisor; DI Initiative
My current research collaborations include a project focusing on the “active matter” found inside living cells. This project brings scientists and philosophers together to consider the implications of this ubiquitous but extraordinary stuff for contemporary approaches to materials and materialism.