Computational Social Science

Moving Computational Economy To the AI Era

Hidden-economy estimation, incentive modeling, and public-policy analysis through machine learning and simulation.

17publications
8lab members, current and past
4collaborators and frequent co-authors
2022–2026years of papers
Moving Computational Economy To the AI Era

About the project

What this project is about

Using AI to uncover patterns, behaviors, and socio-economic impacts in the formal and informal economy.

This project examines how AI can help measure hidden economic activity, model institutional incentives, and analyze the behavior of street-level bureaucracies. Rather than treating the informal economy as a single scalar target, the work studies its structure, local variation, and policy sensitivity. The project mixes machine learning, deep learning, and agent-based reasoning to connect economic signals with institutional behavior and public outcomes. The project also models microeconomic processes as physical dynamical systems and learns to steer them with reinforcement learning from data, including a teacher-student setup in which pre-trained large language models speed up reinforcement-learning agents, and it applies AI to industrial operations, such as cutting the cost of testing in electronics production without losing quality.

Approach and outcomes

The methods the project relies on and what it has produced so far.

Methods

  • Machine learning on structured economic data
  • Deep learning for hidden-activity estimation
  • Agent-based simulation
  • Policy modeling
  • Behavioral analysis of public institutions
  • Counterfactual evaluation
  • Reinforcement learning
  • Physics-inspired dynamical models of microeconomic processes

Key outcomes

  • Models for estimating the size and local structure of unregistered economic activity
  • Behavioral analyses of incentives and prosociality in public institutions
  • Decision-support tools for policy design under institutional and social constraints

Publications

Every paper from this project, newest first. Lab members are in bold; each title opens the paper's own page with the abstract, a plain-language summary and, for most papers, the full text.

17 papers

2026 6 papers

2025 3 papers

2024 1 paper

2023 6 papers

2022 1 paper

The team

The lab members who work or worked on this project, with their part in it, and the researchers we work with. See the whole lab on the team page.

Current members 3

Prof. Teddy Lazebnik

Prof. Teddy Lazebnik

Since Oct 2023

17 papers in this project

Inbar Kirshenboim

Inbar Kirshenboim

PhD Student · Since Apr 2026

Crisis management and recovery; energy poverty under a maritime blockade

1 paper in this project

Amir Noiboar

Amir Noiboar

MSc Student · Since Oct 2025

Causal inference and applied machine learning for the informal economy in Sweden

Past members 5

Isac Paulsson

Isac Paulsson

MSc (alumni) · Dec 2025 – Jun 2026

Data-driven modeling of microeconomic processes as physical processes, with reinforcement learning

Lukas Toral

Lukas Toral

MSc (alumni) · Jan 2025 – Jul 2025

A teacher-student setup in which pre-trained large language models speed up reinforcement learning

Mahmut Osmanovic

Mahmut Osmanovic

MSc (alumni) · Dec 2025 – Jun 2026

Data-driven modeling of microeconomic processes as physical processes, with reinforcement learning

Noufa Haneefa

Noufa Haneefa

MSc (alumni) · Dec 2025 – Jun 2026

AI-driven test optimization for industrial manufacturing (with Dr. Einav Peretz-Andersson)

1 paper in this project

Tzach Fleischer

Tzach Fleischer

Research assistant (alumni) · May 2023 – Aug 2023

Data curation, study design and experiments for the AutoML-for-economics benchmark

1 paper in this project

Collaborators 2

Labib Shami

Labib Shami

Collaborator

7 papers in this project

Einav Peretz-Andersson

Einav Peretz-Andersson

Collaborator

2 papers in this project

Frequent co-authors

Researchers outside the lab who co-wrote two or more of the papers above.

Nissim Cohen 5 papersGabriela Lotta 2 papers

Videos

Short explainers of the research in this project.

A Fairer Way to Fund the UN? In Our Model, Every Country Gains

If each country paid in line with what it gets, our model of 138 UN member states raised global benefit by about 6%, and every country gained.

Based on: Cooperative Game-Theoretic Framework for Sustainable UN Financing: An Application to Global Public Goods Provision

The Shadow Economy in Sweden: Geography Matters

Follow the cash: modelling Sweden's informal economy region by region, and why a region's neighbours help predict it.

Based on: Tell Me Who Your Neighbors Are and I Will Tell You Your Informal Economy Size: The Case of Sweden

In the media

News stories, interviews and podcasts about this project's research. More on the media page.

Interested in this project?

We welcome collaborations, data partnerships and students who want to work on computational social science problems with us.