معرفی
Esteban Moro is a Professor in the Physics Department at Northeastern University. He leads the Social Urban Networks (SUN) Lab, which focuses on developing computational social science tools to address urban challenges, from climate change and inequality to health and economic development. His research lies at the intersection of big data, network science, and computational social science, with a focus on human dynamics, collective intelligence, social networks, and urban mobility.
Professor Moro's research spans three key areas: Biological and Health Systems (understanding biological interdependencies by integrating networks in biological systems, network medicine, and epidemiology & public health), Complex Systems Forecasting (developing network-based models for prediction and decision-making), and Urban Networks and Infrastructure (optimizing urban systems for efficiency, sustainability, and resilience). His work applies to problems like natural disaster management, food accessibility, and economic segregation in cities, using large datasets of human behavior and tools from physics and network science.
Analysis of Professor Moro's recent publications reveals a strong focus on leveraging computational methods to address urban challenges. His research consistently uses human mobility data to understand urban inequalities, pandemic responses, economic resilience, and social interactions. A notable trend is the integration of network science with urban studies to develop practical policy tools, particularly for cities facing pandemics, climate change, and economic inequality. His work bridges theoretical network science with real-world applications, emphasizing data-driven solutions for urban environments.
Professor Moro actively mentors researchers through the SUN Lab, which has recently advertised for postdoctoral positions. His research is supported by collaborations with government, industry, and local communities to design adaptable solutions for urban areas. Current projects include mapping urban inequality using high-resolution mobility data, detecting economic resilience in dependency networks, and modeling behavioral determinants of health outcomes through physical exposure analysis.
The SUN Lab, under Professor Moro's leadership, combines insights from large-scale human behavior data with network science and mathematical modeling. Recent lab activities include hosting events, welcoming new postdocs, and collaborating with visiting scholars. The lab's work has significant implications for creating more resilient and equitable urban environments through computational social science approaches.
