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Publications/Preprints

2. Fractured Structures in Condensed Mathematics (joint with Nima Rasekh)
preprint (submitted), 17 pages, arXiv:2603.09618
talk by myself

1. Multiplicative Equivariant Thom Spectra & Structured Real Orientations (joint with Ryan Quinn)
preprint (submitted), 92 pages, arXiv:2512.15573
​talk by Ryan

Current Projects

1. Quotients of Real Bordism (joint with Ryan Quinn)

We provide an E_σ-algebra structure on quotients of Real bordism.

2. Real Snaith Theorems (joint with Ryan Quinn)

We provide an E_ρ-equivalence between Real periodic complex bordism and BUR after inverting a Bott class.

3. More Multiplication on BP (joint with Ryan Quinn)

The best known multiplicative structure on BP is E_4 obtained by Basterra-Mandell. We have ongoing work to improve on this structure.

4. Equivariant Commutative Orientations [poster]

Hopkins-Lawson describe an obstruction theory about lifting complex orientations MU ---> E to coherently multiplicative maps. I'm hoping to generalize this to an equivariant setting.

5. Real Equivariant Commutative Orientations (joint with Ryan Quinn) 

Hopkins-Lawson describe an obstruction theory about lifting complex orientations MU ---> E to coherently multiplicative maps. We hope to lift it to the Real equivariant setting and obtain highly structured Real orientations from it.

6. Monoidal Parametrized Unstraightening (joint with Ryan Quinn Siddharth Gurumurthy)

Straightening-Unstraightening compares a slice construction to a functor category construction. Both of these acquire a natural monoidal structure through the slice monoidal structure and Day convolution. Classically, these are known to be equivalent as (symmetric) monoidal ∞-categories due to Ramzi. We wish to spell out a generalization to parametrized higher category theory.

7. Multiplicative Equivariant Morita Theory

In the language of parametrized higher algebra, we wish to prove a multiplicative equivariant Schwede-Shipley theorem. The aim is to apply this to a good theory of equivariantly inverting elements in a multiplicative (but not fully multiplicative) setting.

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