Graded Tambara functors

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• Anna Marie Bohmann (Vanderbilt University)
• Thursday 16 August 2018, 11:30-12:30
• Seminar Room 1, Newton Institute.

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HHHW02 - Equivariant and motivic homotopy theory

Let E be a G-spectrum for a finite group G. It's long been known that homotopy groups of E have the structure of “Mackey functors.” If E is G commutative ring spectrum, then work of Strickland and of Brun shows that the zeroth homotopy groups of E form a “Tambara functor.” This is more structure than just a Mackey functor with commutative multiplication and there is much recent work investigating nuances of this structure. I will discuss work with Vigleik Angeltveit that extends this result to include the higher homotopy groups of E. Specifically, if E has a commutative multiplication that enjoys lots of structure with respect to the G action, the homotopy groups of E form a graded Tambara functor. In particular, genuine commutative G ring spectra enjoy this property.

This talk is part of the Isaac Newton Institute Seminar Series series.

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