Daniel Sage's home page |
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Daniel S. Sage

Department of Mathematics

Louisiana State University

Baton Rouge, LA 70806

USA

Email: sage at math dot lsu dot edu

Tel: (225) 578-1564 (W)

(225) 379-8675 (H)

FAX: (225) 578-4276

A.B. summa cum laude | mathematics | Harvard University | 1989 |

S.M. | mathematics | University of Chicago | 1990 |

Ph.D. | mathematics | University of Chicago | 1995 |

C.R. Wylie Instructor | Department of Mathematics, University of Utah | 1995-1998 |

Member | School of Mathematics, Institute for Advanced Study | 1998-1999 |

Assistant Professor | Department of Mathematics, Louisiana State University | 1999-2005 |

Visitor | School of Mathematics, Institute for Advanced Study | 2001 |

Research Fellow | Max Planck Institute for Mathematics | 2002-2003 |

Visitor | Institut de Mathématiques de Jussieu, University of Paris VII | Summer 2004 |

Associate Professor | Department of Mathematics, Louisiana State University | 2005-2012 |

Visitor | Institut für Mathematik, University of Zurich | Summer 2006 |

Visiting Member | Courant Institute of Mathematical Sciences | Spring and Summer 2008 |

Professor | Department of Mathematics, Louisiana State University | 2012-present |

Research Member | Mathematical Sciences Research Institute | Fall 2014 |

Ethel Raybould Visiting Fellow | University of Queensland | Summer 2017 |

Geometric and combinatorial methods in representation theory

Hopf algebras and quantum groups

Composite materials and the G-closure problem

Fall 2004 |
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MATH 2057-1 | Multivariable Calculus III | Syllabus | Blackboard | WeBWorK |

MATH 2057-2 | Multivariable Calculus III | Syllabus | Blackboard | WeBWorK |

Spring 2004 |
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MATH 1552-6 | Analytic Geometry and Calculus II | Syllabus | ||

MATH 1552-7 | Analytic Geometry and Calculus II | Syllabus | ||

Fall 2003 |
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MATH 2070-1 | Mathematical Methods in Engineering | Syllabus | ||

Spring 2003 |
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MATH 2090-4 | Elementary Differential Equations and Linear Algebra | Syllabus | ||

MATH 2090-6 | Elementary Differential Equations and Linear Algebra | Syllabus |

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