Stanford University
Showing 35,031-35,040 of 37,131 Results
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Sanna Kaisa Wong Toropainen
Graduate, Computer Science
BioSanna Wong-Toropainen researches neuro-symbolic AI approaches to regulatory compliance and legal reasoning. Her doctoral work at the University of Helsinki Faculty of Law focuses on computational methods for interpreting EU digital regulations, including the AI Act, Data Act, and GDPR.
At Stanford CodeX, she is conducting the ComplianceTwin research pilot with five European enterprises (including Vaisala, PwC Finland, Tieto, iLOQ), developing AI systems that transform regulatory texts into structured legal knowledge for explainable compliance decisions. The project investigates how knowledge graphs and large language models can support traceable legal reasoning in high-stakes regulatory contexts.
She is affiliated with the University of Helsinki Legal Tech Lab and the Trust-M research consortium on trustworthy AI-enabled digital infrastructures (Strategic Research Council of Finland). Her research is supported by scholarships from the Finnish Work Environment Fund and the Foundation for Economic Development. Previously, she served as Data Protection Officer for Finland's Criminal Sanctions Agency and co-founded Muna.io, a privacy-tech startup. -
Gabrielle Wong-Parodi
Associate Professor of Earth System Science and Senior Fellow at the Woods Institute for the Environment
Current Research and Scholarly InterestsTrained as an interdisciplinary social scientist theoretically grounded in psychology and decision science, my work has two aims. First, to understand how people make decisions to address the impacts of climate change. Second, to understand how robust interventions can empower people to make decisions that serve their lives, communities, and society.
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Alicia Wongel
Affiliate,
BioAlicia is a Visiting Postdoc in the Sustainable Solutions Lab with Steve Davis and a Postdoctoral Fellow at Carnegie Science at Stanford. Her research focuses on modeling energy scenarios to assess the roles of various technologies that could complement wind and solar generation, ultimately facilitating the transition to a zero-emissions energy system. She firmly believes that multidisciplinary and diverse teams are essential for tackling the complex climate and energy challenges we face.
Alicia earned her doctorate in particle physics, where she explored some of nature's deepest mysteries at the smallest scales. While she found great joy in trying to advance our understanding of the universe’s fundamental principles, she is now eager to apply her expertise to drive the transition to a clean energy future.
