Research Bio
Algebraic Geometry is the study of the qualitative properties of geometric forms defined by polynomial equations. David Eisenbud's work is mostly on the algebraic side of this theory: commutative algebra. He is also very interested in symbolic computation, which gives the possibility of making experiments with algebro-geometric objects. Other occasional research interests on which he has published include statistics, knot theory, and juggling.
Research Expertise and Interest
mathematics, algebraic geometry, commutative algebra, computation
Teaching
Commutative Algebra [MATH 250B]
Seminars [MATH 290]
Individual Research [MATH 295]
Individual Study for Doctoral Students [MATH 602]
Honors Thesis [MATH 196]
Algebraic Curves [MATH 255]
Seminars [MATH 290]
Individual Research [MATH 295]
Reading Course for Graduate Students [MATH 299]
Individual Study for Doctoral Students [MATH 602]
Seminars [MATH 290]
Individual Research [MATH 295]
Individual Study for Doctoral Students [MATH 602]