Geometry and Dynamics of Translation Surfaces, Dilation Surfaces, and Their Moduli Spaces — NSF Award to University of Maine (ME,
The goal of this award is to further the understanding of dynamical systems and geometry relating to important families of surfaces. Dynamical systems (systems that evolve over time) are ubiquitous mathematical objects that can be used to model real world phenomena such as weather systems, robotics, and the motion of p
| Award title | Geometry and Dynamics of Translation Surfaces, Dilation Surfaces, and Their Moduli Spaces |
|---|---|
| Award ID | 2453391 |
| Awardee | University of Maine |
| City | ORONO |
| State | ME |
| Amount obligated | $167,321 |
| Principal investigator | Jane Wang |
| Program | MSPA-INTERDISCIPLINARY, ANALYSIS PROGRAM |
| Start date | 09/01/2025 |
| Abstract | The goal of this award is to further the understanding of dynamical systems and geometry relating to important families of surfaces. Dynamical systems (systems that evolve over time) are ubiquitous mathematical objects that can be used to model real world phenomena such as weather systems, robotics, and the motion of particles. Surfaces are two-dimensional structures that play a fundamental role in mathematics, as well as in other science and engineering disciplines. In particular, the surfaces |
| Source | NSF Awards |
$799/mo
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