MATH 636 - Topics in Differential Geometry
Section: 001 Symplectic Geometry and Mechanics: Old and New
Term: FA 2017
Subject: Mathematics (MATH)
Department: LSA Mathematics
Credits:
3
Requirements & Distribution:
BS
Waitlist Capacity:
10
Advisory Prerequisites:
MATH 635 and Graduate standing.
BS:
This course counts toward the 60 credits of math/science required for a Bachelor of Science degree.
Repeatability:
May not be repeated for credit.
Primary Instructor:

We will focus on two standard problems relating differential geometric techniques and algebraic geometry: the Hodge problem and the Torelli problem. Both conjecture the existence of algebraic sub-varieties of certain complex submanifolds of projective space under topological and analytical conditions. Both are known to be false in complete generality, but there appears to be a very interesting kernel of truth in what they suggest. This term we will study: (0.) review of basics; (1.) the parameter spaces of Hodge structures and their differential and geometric properties; (2.) the invariants associated to cycles in projective manifolds; (3.) the topology of smooth projective manifolds, and auxiliary varieties. We will discuss many of the known examples and counter-examples to these two main problems, and specific partial open problems.

Every effort will be made to keep the course accessible to anybody who is interested in learning about the subject.

Course Requirements:

No data submitted

Intended Audience:

Students are expected to have a knowledge of basic differential geometry and complex analysis. Some algebraic geometry would be very useful.

Class Format:

No data submitted

MATH 636 - Topics in Differential Geometry
Schedule Listing
001 (LEC)
P
21757
Open
11
 
-
TuTh 11:30AM - 1:00PM
NOTE: Data maintained by department in Wolverine Access. If no textbooks are listed below, check with the department.


ISBN: 9781470416935
Function Theory on Symplectic Manifolds, Author: Leonid Polterovich & Daniel Rosen 1ST
Optional
ISBN: 9780198794905
Introduction to Symplectic Topology, Author: Dusa Mcduff, Dietmar Salamon
Optional
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