MSU Geometric Analysis Reading seminar
This page has extra information and resources for the MSU Geometric Analysis Reading Seminar
Jack Lee's list of classic geometric analysis papers
Larry Guth's list of classic differential geometry papers
A large list of classic papers in geometry and topology I received from Xiuxiong Chen
Paper collection: Dirac-harmonic spinors and mass in GR:
The classic positive mass theorem for asymptotically flat manifolds:
On Witten's proof of the positive energy theorem. Thomas Parker, Clifford Taubes
For computations and theory related to the boundary term (when integrating the Weitzenbock formula), particularly when an asymptotically flat manifold has an inner boundary:
Boundary value problems for Dirac--type equations, with applications. P.T. Chrusciel, R. Bartnik
More work on analyzing boundary terms in the asymptotically flat context:
A Penrose-like Inequality for the Mass of Riemannian Asymptotically Flat Manifolds. Marc Herzlich
The positive mass theorem for black holes revisited. Marc Herzlich
Using harmonic spinors to analyze the positivity of quasi-local mass (see Shi-Tam for the original proof):
COMPACT APPROACH TO THE POSITIVITY OF BROWN-YORK MASS AND RIGIDITY OF MANIFOLDS WITH MEAN-CONVEX BOUNDARIES IN FLAT AND SPHERICAL CONTEXTS. SEBASTIÁN MONTIEL
Here are some potential topics to present in the Winter/Spring 2024 term of the geometric analysis reading seminar. Please email me if you are interested in giving a talk or otherwise participating.
Nonlinear potential theory and the Penrose inequality:
Riemannian Penrose inequality via Nonlinear Potential Theory, Virginia Agostiniani, Carlo Mantegazza, Lorenzo Mazzieri, Francesca Oronzio
Stability of the 3d positive mass theorem:
Stability of Eulidean 3-space for the positive mass theorem, Conghan Dong and Antoine Song
Some stability results of positive mass theorem for uniformly asymptotically flat 3-manifolds, Conghan Dong
Computing the Yamabe invariant of 3d real projective space:
The Yamabe Invariant of RP^3 via Harmonic Functions, Liam Maxurowski, Xuan Yao
Band inequalities via the Dirac operator:
Scalar and mean curvature comparison via the Dirac operator, Simone Cecchini, Rudolf Zeidler
Band width estimates via the Dirac operator, Rudolf Zeidler
Band inequalities via \mu-bubbles and other applications:
Four Lectures on Scalar Curvature, Misha Gromov
d_p distance, stability, and scalar curvature lower bounds via Ricci flow:
d_p convergence and \epsilon-regularity theorems for entropy and scalar curvature lower bounds, Man-Chun Lee, Aaron Naber, Robin Neumayer
Counterexamples to the Milnor conjecture:
Fundamental Groups and the Milnor Conjecture, Elia Brue, Aaron Naber, Daniele Semola
Isometric embeddings of Moebius bands:
The Optimal Paper Moebius Band, Richard Schwartz
New obstructions to positive curvature:
On the first and second homotopy groups of manifolds with positive curvature, Richard Schoen
The multiplicity one conjecture for the mean curvature flow:
On the multiplicity one conjecture for mean curvature flows of surfaces, Richard Bamler and Bruce Kleiner
Uniqueness of asymptotically AdS static vacuum spacetimes
On the Geometry and MAss of Static, Asymptotically AdS Spacetimes, and the Uniqueness of the AdS Soliton, Galloway, Surya, and Woolgar
Maximum Principles for Null Hypersurfaces and Null Splitting Theorems, Galloway