Full-Time Faculty
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Approximation of functions, numerical analysis, linear algebra, and computer aided geometric design. |
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Partial differential equations, conservation laws, stability of traveling waves, and chaos and fractals. |
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Discrete and computational geometry. |
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Mathematics education. |
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| Geometric/combinatorial group theory and dynamical systems. | |
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Abstract algebra, Jordan theory, and polynomial identities. |
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Mathematics education and native American mathematics. |
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Mathematics education and developmental mathematics. |
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| Mathematics education. | |
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Lattices of Lie groups, structure of central simple algebras and combinatorics. |
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Combinatorics, coding theory, and discrete mathematics. |
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History of mathematics, differential equations, and analysis. |
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Mathematics education and developmental mathematics. |
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Mathematics education, secondary school mathematics, and teacher education. |
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Commutative algebra |
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Policy capturing models, applications of statistics in non-standard settings, and methods of teaching statistics. |
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Geometric topology and mathematics popularization. |
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Positional game theory and K-12 mathematics education. |
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Statistics, adaptive designs, and multivariate analysis. |
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Mathematics education, assessment in mathematics, teaching mathematics using technology, teachers' conceptions and practices, teaching of probability, teaching of geometry, teaching and learning of mathematical reasoning and proofs, psychology of learning mathematics. |
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Algebraic and geometric topology, graph theory, and computational geometry. |
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Numerical methods, business and industrial applications, and numerical solutions of PDEs. |
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Psychology of learning and teaching mathematics, and geometric topology. |