EVENT DETAILS AND ABSTRACT

Title: Uniform estimates for complex Monge-Ampere and fully nonlinear equations
Speaker: Bin Guo
Speaker Info: Rutgers Newark
Brief Description:
Special Note:
Abstract:

Uniform estimates for complex Monge-Ampere (MA) equations have been extensively studied, ever since Yau’s resolution of the Calabi conjecture. Subsequent developments have led to many geometric applications to many other fields, but all relied on the pluripotential theory from complex analysis. In this talk, we will discuss a new PDE-based method of obtaining sharp uniform C^0 estimates for complex Monge-Ampere and other fully nonlinear PDEs, without the pluripotential theory. This new method extends more generally to other interesting geometric estimates for MA and Hessian equations. This is based on joint works with D.H. Phong and F. Tong.