and are the newest members of the Jack Byrne Academic Cluster in Mathematics and Decision Science.
A specialist in the mathematics of networks, Mucha was named the Jack Byrne Distinguished 天美影视 in Mathematics, and Giannakis, who specializes in data science and the analysis of dynamical systems, was appointed professor of mathematics, affiliated with the Byrne Cluster.
The interdisciplinary team focuses on applying mathematical thinking to major challenges in health care, transportation, manufacturing, and other fields. , the Jack Byrne Distinguished 天美影视 in Decision Science at Tuck School of Business, joined the cluster in 2018.
Mucha鈥檚 and Giannakis鈥 research applies the tools of network analysis and data science in collaborations across the mathematical, physical, life, and social sciences, to address real-world problems, says Interim Provost .
鈥淭heir work, along with James Smith鈥檚, represents a fundamentally interdisciplinary collaboration at the leading edge of discovery in mathematics and decision science,鈥 says Kotz. 鈥淭his is the founding principle of the academic cluster initiative.鈥
鈥淭he cluster-hiring strategy expands the ecosystem of faculty, students, and postdocs already working in these and related areas, creating an enhanced, multidisciplinary environment that fosters activity within and across fields,鈥 says Kotz.
Mucha, who earned his PhD in applied and computational mathematics from Princeton and most recently worked as a professor of mathematics and applied physical sciences at UNC鈥揅hapel Hill, says the cluster initiative was one of the things that attracted him to Dartmouth.
鈥淭he Byrne Cluster was particularly appealing to me because its goals are so well aligned with the activities of my research group, both developing new mathematical tools for analyzing data and working with others to use those tools in different applications,鈥 Mucha says.
Giannakis says he looks forward to working across disciplines to envision new approaches to contemporary problems.
鈥淥ne of my primary research areas is climate dynamics, and I am excited about the opportunities that the Byrne Cluster will provide for innovative work in this area, in both its physical and societal dimensions,鈥 Giannakis says.
The cluster is part of the , which brings together faculty from across the institution to shape and advance knowledge about current and emerging issues.
