The Place for Learning and Analysing Complex Environmental Lab

The Place Lab (PLACE) works with research and non-governmental organisations to understand democracy in the digital age combining advanced computational and quantitative approaches with social science insights.

The PLACE Lab is a research centre at the University of Strathclyde dedicated to understanding government transparency, political communications, and algorithmic governance through advanced quantitative methods including machine learning and artificial intelligence.

Our distinctive approach applies rigorous social science methodologies to examine how AI and computational systems shape democratic processes, public policy, and political behaviour.

Research Focus

  • Government Transparency - examining openness and accountability in public institutions
  • Political Communications - analysing how political messages spread in digital environments
  • AI Bias Assessment - evaluating algorithmic systems from a social science perspective
  • Computational Methods - developing quantitative approaches to complex political questions.

Research Themes

Algorithmic Bias and Fairness

Our flagship program examines biases in AI algorithms from a social science perspective:

  • How algorithmic systems reproduce social inequalities
  • Political and ethical implications of automated governance
  • Methods for detecting bias in machine learning
  • Impact on marginalized communities and democratic representation

Government Transparency and Accountability

  • Freedom of information and open data initiatives
  • Transparency in algorithmic governance
  • Public sector AI use and democratic oversight
  • Effectiveness of accountability mechanisms

Political Communications in Digital Environments

  • Social media and political polarization
  • Misinformation and disinformation
  • Political advertising and micro-targeting
  • Computational propaganda 

Computational Methods for Social Science

  • Machine learning applications in political research
  • Natural language processing for political texts
  • Network analysis
  • Causal inference methods

Who's Involved

The PLACE Lab consists of a team of scholars from across the Humanities and Social Sciences using computational social science approaches such as machine learning, network analysis and artificial intelligence for studying political communications. 

Zoe Greene Place Lab 500x500

Zoe Greene, PhD

Director
Professor in Political and Computational Social Science
Research in Political communications, Party Politics, computational methods, AI governance

Chamil Rathnayake, PhD

Senior Lecturer in Journalism, Media and Communications
Research Interests in Social Media, Disinformation, Network Analysis, AI Governance

Timea Balogh

Timea Balogh

Politics

Lorenzo Crippa

Politics

Elise Frelin

Politics

Narisong Huhe

Politics

Louise Luxton

Louise Luxton

Politics

Camila Mont'Alverne

Journalism, Media & Communications

Dayei Oh

Journalism, Media and Communications

Tom Scotto

Politics

Christine Sylvester

Christine Sylvester

Politics

Giulia Venturini

Giulia Venturini

Politics

Elaine Webster

Law

Projects

Current Projects

  • Assessing Algorithmic Bias in Public Services - examining AI decision-making across UK public services, evaluating technical fairness measures alongside political, ethical, and social implications.
  • Government Transparency in the Digital Age - investigating whether traditional accountability mechanisms remain effective in an era of algorithmic governance. See ParliView.org for additional information.
  • Political Misinformation Networks - using network analysis and machine learning to understand how false political information spreads.

Get Involved

Join us

We welcome inquiries from prospective PhD students, postdoctoral researchers, and visiting scholars.

Contact us

The PLACE Lab
Department of Politics
Department of Government & Public Policy
University of Strathclyde
Lord Hope Building
141 St James Road
Glasgow, G4 0LT
Email: TBD
BlueSky: @strathplacelab.bsky.social