M. Gill

activity

20172026

collaborators

4 papers

math.GT2026

2-Linearizability of Geometric 3-Manifold Groups Over Commutative Rings

Montek Singh Gill

The fundamental groups of compact 3-manifolds are known to be residually finite. Feng Luo conjectured that a stronger statement is true, by only allowing finite groups of the form…

math.GM2023

Interpreting the Euler-Lagrange Equations as the Gradient of the Action Functional

Montek Singh Gill

We study the smooth path spaces of Euclidean spaces $R^{N}$ , as diffeological spaces. We show that the tangent spaces of the free path space $P$ are isomorphic to…

math.AT2020

Stabilizations of $E_{\infty}$ Operads and $p$ -Adic Stable Homotopy Theory

Montek Singh Gill

We study differential graded operads and $p$ -adic stable homotopy theory. We first construct a new class of differential graded operads, which we call the stable operads. These ope…

math.GT2017

Linear representations of 3-manifold groups over rings

Stefan Friedl, Montek Gill, Stephan Tillmann

The fundamental groups of compact 3-manifolds are known to be residually finite. Feng Luo conjectured that a stronger statement is true, by only allowing finite groups of the form…

2-Linearizability of Geometric 3-Manifold Groups Over Commutative Rings

Interpreting the Euler-Lagrange Equations as the Gradient of the Action Functional

Stabilizations of E∞​ Operads and p-Adic Stable Homotopy Theory

Linear representations of 3-manifold groups over rings

Stabilizations of $E_{\infty}$ Operads and $p$ -Adic Stable Homotopy Theory