activity
19942026
most citedMass and angular-momentum inequalities for axi-symmetric initial data sets. II. Angular-momentum

70 citations · 262 across the 26 of their papers we have counts for

collaborators

28 papers

gr-qc2026

Electrovacuum Black Hole Uniqueness

Qing Han, Marcus Khuri, Gilbert Weinstein +1

We prove the black hole uniqueness conjecture in the axially symmetric, stationary, electrovacuum setting, subject to the refined asymptotic analysis of the associated singular har…

gr-qc2026

Kerr Black Hole Uniqueness

Qing Han, Marcus Khuri, Gilbert Weinstein +1

We prove the black hole uniqueness conjecture in the axially symmetric, stationary vacuum setting: there is no regular, asymptotically flat equilibrium configuration with more than…

math.DG2025

The Mass-Angular Momentum Inequality for Multiple Black Holes

Qing Han, Marcus Khuri, Gilbert Weinstein +1

This is the second in a series of two papers to settle the conjectured mass-angular momentum inequality for multiple black holes. More precisely, we show that for a complete, simpl…

math.DG2022

Asymptotic Analysis of Harmonic Maps With Prescribed Singularities

Qing Han, Marcus Khuri, Gilbert Weinstein +1

This is the first in a series of two papers to establish the mass-angular momentum inequality for multiple black holes. We study singular harmonic maps from domains of 3-dimensiona…

math.DG2022★ 1 cited

Gravitational Solitons and Complete Ricci Flat Riemannian Manifolds of Infinite Topological Type

Marcus Khuri, Martin Reiris, Gilbert Weinstein +1

We present several new space-periodic solutions of the static vacuum Einstein equations in higher dimensions, both with and without black holes, having Kasner asymptotics. These la…

math.DG2022

The Geometry and Topology of Stationary Multi-Axisymmetric Vacuum Black Holes in Higher Dimensions

Vishnu Kakkat, Marcus Khuri, Jordan Rainone +1

Extending recent work in 5 dimensions, we prove the existence and uniqueness of solutions to the reduced Einstein equations for vacuum black holes in -dimensional spacetimes…