fellow
CRASSH

Greace Huckins

2026-2027
Home institution
MIT Technology Review
Country of origin (home institution)
United States
Discipline(s)
Contemporary history; History of science and technology; Humanities; Information and communication sciences; Interdisciplinary Studies; Neuroscience and cognitive science; Others; Philosophy; Social Sciences
Theme(s)
Artificial Intelligence; Digital Society; Information & media; Other
Fellowship dates
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Biography

Dr Grace Huckins is an AI Reporter at MIT Technology Review and a former lecturer at Stanford University.

They hold a PhD in neuroscience and philosophy from Stanford and master’s degrees from the University of Oxford, which they earned with the support of a Rhodes Scholarship. Huckins is the recipient of National Academies Eric and Wendy Schmidt Awards for Excellence in Science Communications. Their work appears extensively in popular science outlets including WIRED and Scientific American.

They are the 2024/25 winner of The Nine Dots Prize, and their book, The Prediction Revolution: AI and the Future of Science, will be published by Cambridge University Press in December 2026.

Research Project
The Prediction Revolution: AI and the Future of Science

The explosion of public, large-scale datasets and the rapid advancement of AI have led to a radical change in the way that science operates. As scientists have become more and more enamoured of data and how its collection can enable us to make more accurate predictions, the long-standing objective of using science to better understand the world around us is being deprioritised. It now makes sense to question for the first time whether science is primarily about developing new technologies and interventions or understanding the universe – two goals which until now were one and the same. Informed by their initial research, Huckins foresees a future in which this tension is further exacerbated by the development of even more advanced AI systems, which will deliver better predictions at a cost to explainability, bringing the objectives of prediction and understanding into direct conflict.

Research Interests:

Neuroscience; Philosophy; Artificial Intelligence