Fuchsian example sentences

"Fuchsian" Example Sentences

1. The mathematical concept of fuchsian groups fascinates me.
2. Fuchsian differential equations are essential in modern physics.
3. The fuchsian model of hyperbolic geometry is widely used in mathematics education.
4. The property of having a fuchsian singularity is a crucial aspect of certain types of functions.
5. The study of fuchsian groups dates back to the late 19th century.
6. Fuchsian groups have many applications in number theory and geometry.
7. The classification of fuchsian groups is a challenging problem in mathematics.
8. The theory of fuchsian groups has deep connections to the theory of automorphic forms.
9. Fuchsian differential equations have been used to model a wide range of physical phenomena.
10. The study of fuchsian groups played a major role in the development of complex analysis.
11. The hyperbolic plane is an example of a fuchsian geometry.
12. The Fuchsian theorem states that every linear differential equation has a fundamental system of solutions.
13. The fuchsian group associated with the modular surface is closely related to elliptic curves.
14. Fuchsian singularities have important implications for the behavior of functions near poles.
15. The Arithmetica of Diophantus contains some of the earliest known examples of fuchsian equations.
16. The uniformization theorem relates fuchsian groups to certain types of Riemann surfaces.
17. Fuchsian geometry provides a powerful framework for analyzing non-Euclidean geometries.
18. The fuchsian function equation is used in complex analysis to describe certain types of functions.
19. The study of fuchsian groups involves algebraic, geometric, and analytic techniques.
20. Fuchsian groups can be used to study the symmetries of certain types of lattices.
21. The classification of fuchsian groups follows from the Riemann-Hurwitz formula.
22. Fuchsian groups are closely related to the theory of modular forms.
23. The Dirichlet problem for fuchsian groups is a classical problem in harmonic analysis.
24. The study of fuchsian groups has contributed to the development of algebraic topology.
25. The fundamental domain of a fuchsian group is a key concept in its classification.
26. Fuchsian groups can be used to model the behavior of certain types of dynamical systems.
27. The fuchsian differential equation is an example of a second-order linear ordinary differential equation.
28. Fuchsian groups are a fundamental topic in the study of hyperbolic geometry.
29. The Poincaré polygon theorem is an important tool for analyzing fuchsian groups.
30. Fuchsian groups provide a rich source of examples and counterexamples in mathematics.

Common Phases

1. Fuchsian groups arise naturally in the study of hyperbolic geometry;
2. The concept of Fuchsian groups has played a central role in the development of modern algebraic geometry;
3. The theory of Fuchsian groups has applications in the study of modular forms and automorphic functions;
4. Fuchsian groups provide an important class of examples in the theory of discrete subgroups of Lie groups;
5. The study of Fuchsian groups has deep connections to complex analysis and Riemann surfaces.