Dr Hannah Fry

UCL Home

The Centre for Advanced Spatial Analysis (CASA) is one of the leading forces in the science of cities, generating new knowledge and insights for use in city planning, policy and design and drawing on the latest geospatial methods and ideas in computer-based visualisation and modelling. We are part of The Bartlett: UCL's global faculty of the built environment.

Profile

Biography

Dr Hannah Fry is a lecturer in the mathematics of cities at the Centre for Advanced Spatial Analysis (CASA). She was trained as a mathematician with a first degree in mathematics and theoretical physics, followed by a PhD in fluid dynamics. After a brief period working in aerodynamics, she returned to UCL to take up a post-doctoral position researching a relatively new area of science - social and economic complex systems. This led to her appointment as a lecturer in the field in October 2012.

She has a broad portfolio of public engagement activities including schools outreach, podcasting, academic stand-up, cafe scientifique and public lectures. Her TEDx talk at the inaugural TEDxUCL was featured on the front page of TED.com and currently has around half a million views across all TED channels.

Research Summary

Dr Hannah Fry's research revolves around the study of complex social and economic systems at various scales, from the individual to the urban, regional and the global, and particularly those with a spatial element.

The systems cover a broad range of real-world mechanisms, from crime and security to trade, archeology and transport. They are analysed using dimensional and asymptotic techniques, spectral methods and numerical approaches alongside tools originating from chaos theory, game theory and fluid dynamics. Of particular interest are the translations translations between various complex systems descriptions -  ABMs, statistical physics descriptions and PDEs.




Research outputs

Spatio-temporal patterns of IED usage by the Provisional Irish Republican Army 2016 TENCH S,FRY H,GILL P
Spatial targeting for bovine tuberculosis control: Can the locations of infected cattle be used to find infected badgers? 2015 Smith CM,Downs SH,Mitchell A,Hayward AC,Fry H,Comber SCL
A dynamic spatial model of conflict escalation 2015 BAUDAINS P,FRY HM,DAVIES TP,WILSON AG,BISHOP SR
Spatial methods for infectious disease outbreak investigations: Systematic literature review 2015 Smith CM,Le Comber SC,Fry H,Bull M,Leach S,Hayward AC
Application of an Entropy Maximizing and Dynamics Model for Understanding Settlement Structure: The Khabur Triangle in the Middle Bronze and Iron Ages 2014 Davies T,Fry H,Wilson A,Palmisano A,Altaweel M,Radner K
A mathematical model of the London riots and their policing 2013 Davies TP,Fry H,Wilson AG,Bishop S
Application of an Entropy Maximizing and Dynamics Model for Understanding Settlement Structure: The Khabur Triangle in the Middle Bronze and Iron Ages 2013 Davies T,Fry H,Wilson A,Palmisano A,Altaweel M,Radner K
A study of droplet deformation 2012 Fry H
A dynamic global trade model with four sectors: food, natural resources, manufactured goods and labour - Fry H,Wilson AG
Rate effects on the growth of centres - Fry H,Smith FT
1, 2 next

Research activities

ENFOLDing
ENFOLDing: Explaining Modelling and Forecasting Global Dynamics