activity
20172023
most citedOn the parametrized Tate construction and two theories of real -cyclotomic spectra

12 citations · 39 across the 14 of their papers we have counts for

collaborators

16 papers

math.AT2023

Bredon homological stability for configuration spaces of -manifolds

Eva Belmont, J. D. Quigley, Chase Vogeli

McDuff and Segal proved that unordered configuration spaces of open manifolds satisfy homological stability: there is a stabilization map which is an isom…

math.AT2023

A motivic analogue of the K(1)-local sphere spectrum

William Balderrama, Kyle Ormsby, J. D. Quigley

We identify the motivic -local sphere as the fiber of on -completed Hermitian -theory, over any base scheme containing . This is a motivic analogue of…

math.AT2022

Some smooth circle and cyclic group actions on exotic spheres

J. D. Quigley

Classical work of Lee, Schultz, and Stolz relates the smooth transformation groups of exotic spheres to the stable homotopy groups of spheres. In this note, we apply recent progres…

math.AT2022

Ranks of -graded stable homotopy groups of spheres for finite groups

J. P. C. Greenlees, J. D. Quigley

We describe the distribution of infinite groups in the -graded stable homotopy groups of spheres for a finite group .

math.AT2022★ 3 cited

On the equivalence of two theories of real cyclotomic spectra

J. D. Quigley, Jay Shah

We give a new formula for real topological cyclic homology that refines the fiber sequence formula discovered by Nikolaus and Scholze for topological cyclic homology to one involvi…

math.AT2021

The motivic lambda algebra and motivic Hopf invariant one problem

William Balderrama, Dominic Leon Culver, J. D. Quigley

We investigate forms of the Hopf invariant one problem in motivic homotopy theory over arbitrary base fields of characteristic not equal to . Maps of Hopf invariant one classica…

math.AT2021★ 2 cited

On the parametrized Tate construction

J. D. Quigley, Jay Shah

We introduce and study a genuine equivariant refinement of the Tate construction associated to an extension of a finite group by a compact Lie group , which we…

math.AT2020★ 10 cited

The 2-primary Hurewicz image of tmf

Mark Behrens, Mark Mahowald, J. D. Quigley

We determine the image of the 2-primary tmf-Hurewicz homomorphism, where tmf is the spectrum of topological modular forms. We do this by lifting elements of tmf_* to the homotopy g…

math.AT2020

Algebraic slice spectral sequences

Dominic Leon Culver, Hana Jia Kong, J. D. Quigley

For certain motivic spectra, we construct a square of spectral sequences relating the effective slice spectral sequence and the motivic Adams spectral sequence. We show the square…

math.AT2019★ 4 cited

-based Mahowald invariants

J. D. Quigley

The -primary homotopy -family, defined as the collection of Mahowald invariants of Mahowald invariants of , , is an infinite collection of periodic elements in…

math.AT2019★ 3 cited

Tate blueshift and vanishing for Real oriented cohomology

Guchuan Li, Vitaly Lorman, J. D. Quigley

We study transchromatic phenomena for the Tate construction of Real oriented cohomology theories. First, we show that after suitable completion, the Tate construction with respect…

math.AT2019★ 12 cited

On the parametrized Tate construction and two theories of real -cyclotomic spectra

J. D. Quigley, Jay Shah

We give a new formula for -typical real topological cyclic homology that refines the fiber sequence formula discovered by Nikolaus and Scholze for -typical topological cyclic…

math.AT2019★ 4 cited

A homological approach to chromatic complexity of algebraic K-theory

Gabriel Angelini-Knoll, J. D. Quigley

The family of Thom spectra interpolates between the sphere spectrum and the mod two Eilenberg--MacLane spectrum. Computations of Mahowald, Ravenel, Shick, and the authors sh…

math.AT2019

-Resolutions I

Dominic Leon Culver, J. D. Quigley

Let denote the very effective cover of Hermitian K-theory. We apply the -based motivic Adams spectral sequence, or -resolution, to computational motivic stable homotop…

math.AT2019

Motivic Mahowald invariants over general base fields

J. D. Quigley

The motivic Mahowald invariant was introduced in \cite{Qui19a} and \cite{Qui19b} to study periodicity in the - and -motivic stable stems. In this paper, we…

math.AT2017★ 1 cited

The Segal Conjecture for topological Hochschild homology of the Ravenel spectra

Gabe Angelini-Knoll, J. D. Quigley

In the 1980's, Ravenel introduced sequences of spectra and which played an important role in the proof of the Nilpotence Theorem of Devinatz--Hopkins--Smith. In the p…