AbstractThe simplicial objects in an algebraic category admit an abstract homotopy theory via a Quillen model category structure. We show that the associated stable homotopy theory is completely determined by a ring spectrum functorially associated with the algebraic theory. For several familiar algebraic theories we can identify the parameterizing ring spectrum; for other theories we obtain new examples of ring spectra. For the theory of commutative algebras we obtain a ring spectrum which is related to André–Quillen homology via certain spectral sequences. We show that the (co-)homology of an algebraic theory is isomorphic to the topological Hochschild (co-)homology of the parameterizing ring spectrum
. Let S be the sphere spectrum. We construct an associative, commutative, and unital smash product i...
AbstractIf A is a complete and cocomplete abelian category, which we allow ourselves to conflate wit...
Given a diagram of rings, one may consider the category of modules over them. We are interes...
Abstract: The simplicial objects in an algebraic category admit an abstract homotopy theory via a Qu...
AbstractThe simplicial objects in an algebraic category admit an abstract homotopy theory via a Quil...
AbstractConsider a commutative simplicial ring B which is an algebra over the rational numbers. We s...
There were two main themes present in the workshop. One is probably best described by the term arith...
We explain a new relationship between formal group laws and ring spectra in stable homotopy theory. ...
AbstractA stable model category is a setting for homotopy theory where the suspension functor is inv...
We explain a new relationship between formal group laws and ring spectra in stable homotopy theory. ...
AbstractA kind of unstable homotopy theory on the category of associative rings (without unit) is de...
In recent years, spectral algebra or stable homotopical algebra over structured ring spectra has bec...
Schwede S. Stable homotopy of algebraic theories. Ergänzungsreihe / Universität Bielefeld, Sonderfor...
Contents Introduction 1 1. Spectra and the stable homotopy category 6 2. Smash products and twisted...
Within algebraic topology, the prominent role of multiplicative cohomology theories has led to a gre...
. Let S be the sphere spectrum. We construct an associative, commutative, and unital smash product i...
AbstractIf A is a complete and cocomplete abelian category, which we allow ourselves to conflate wit...
Given a diagram of rings, one may consider the category of modules over them. We are interes...
Abstract: The simplicial objects in an algebraic category admit an abstract homotopy theory via a Qu...
AbstractThe simplicial objects in an algebraic category admit an abstract homotopy theory via a Quil...
AbstractConsider a commutative simplicial ring B which is an algebra over the rational numbers. We s...
There were two main themes present in the workshop. One is probably best described by the term arith...
We explain a new relationship between formal group laws and ring spectra in stable homotopy theory. ...
AbstractA stable model category is a setting for homotopy theory where the suspension functor is inv...
We explain a new relationship between formal group laws and ring spectra in stable homotopy theory. ...
AbstractA kind of unstable homotopy theory on the category of associative rings (without unit) is de...
In recent years, spectral algebra or stable homotopical algebra over structured ring spectra has bec...
Schwede S. Stable homotopy of algebraic theories. Ergänzungsreihe / Universität Bielefeld, Sonderfor...
Contents Introduction 1 1. Spectra and the stable homotopy category 6 2. Smash products and twisted...
Within algebraic topology, the prominent role of multiplicative cohomology theories has led to a gre...
. Let S be the sphere spectrum. We construct an associative, commutative, and unital smash product i...
AbstractIf A is a complete and cocomplete abelian category, which we allow ourselves to conflate wit...
Given a diagram of rings, one may consider the category of modules over them. We are interes...