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<p>Mathematics plays a fundamental role across nearly every aspect of modern society. It underpins technology, finance, healthcare, urban planning, and public policy. In economics and medicine, it's crucial for modeling, risk analysis, and decision-making. Urban development relies on mathematical tools for infrastructure planning and resource optimization. Social sciences increasingly use statistics for program evaluation and understanding trends. Mathematics also intersects with ethical and social justice issues, such as in predictive policing and sentencing algorithms. The Handbook highlights how mathematics is vital in addressing complex global challenges, including climate change and rapid urbanization. Through advanced modeling and data analysis (e.g., Kalman filtering, Bayesian inference), mathematics helps interpret environmental data and predict extreme weather. These challenges affect society deeply, prompting migration and exposing infrastructural weaknesses. The Handbook explores how mathematical tools address both visible and hidden societal issues shaped by human activity.</p><p>Editorial Advisory Board:</p><p>Ljiljana Arambasic, University of Zagreb, Croatia</p><p>Lucio Cadeddu , Università degli Studi di Cagliari, Italy</p><p>Marcos Aurelio Capistrán, CIMAT, Mexico</p><p>Vanja Dukic, University of Colorado-Boulder, USA</p><p>Harry Lewis, Harvard University, USA</p><p>Gerrit Lohmann, Alfred Wegener Institute, University of Bremen, Germany</p><p>Teresa Melo, Saarland University of Applied Sciences, Germany</p><p>Atish Mitra, Montana Technological University, USA</p><p>Maurice Salles, Université de Caen Normandie, France</p><p>Amartya Sen, Harvard University, USA</p><p>Steven Strogatz, Cornell University, USA &#xa0;&#xa0;</p><p>Shantia Yarahmadian, Mississippi State University, USA</p>

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Handbook of Mathematics for Societal Challenges

  • 动态工具书

  • 发表日期：

    2026年

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摘要

Mathematics plays a fundamental role across nearly every aspect of modern society. It underpins technology, finance, healthcare, urban planning, and public policy. In economics and medicine, it's crucial for modeling, risk analysis, and decision-making. Urban development relies on mathematical tools for infrastructure planning and resource optimization. Social sciences increasingly use statistics for program evaluation and understanding trends. Mathematics also intersects with ethical and social justice issues, such as in predictive policing and sentencing algorithms. The Handbook highlights how mathematics is vital in addressing complex global challenges, including climate change and rapid urbanization. Through advanced modeling and data analysis (e.g., Kalman filtering, Bayesian inference), mathematics helps interpret environmental data and predict extreme weather. These challenges affect society deeply, prompting migration and exposing infrastructural weaknesses. The Handbook explores how mathematical tools address both visible and hidden societal issues shaped by human activity.

Editorial Advisory Board:

Ljiljana Arambasic, University of Zagreb, Croatia

Lucio Cadeddu , Università degli Studi di Cagliari, Italy

Marcos Aurelio Capistrán, CIMAT, Mexico

Vanja Dukic, University of Colorado-Boulder, USA

Harry Lewis, Harvard University, USA

Gerrit Lohmann, Alfred Wegener Institute, University of Bremen, Germany

Teresa Melo, Saarland University of Applied Sciences, Germany

Atish Mitra, Montana Technological University, USA

Maurice Salles, Université de Caen Normandie, France

Amartya Sen, Harvard University, USA

Steven Strogatz, Cornell University, USA   

Shantia Yarahmadian, Mississippi State University, USA