The Equivalence of Grayson and Friedlander-Suslin Spectral Sequences
Oleg Podkopaev

TL;DR
This thesis proves the equivalence of Grayson and Friedlander-Suslin spectral sequences by developing new techniques involving K_0-presheaves of spectra and constructing filtrations on K-theory presheaves.
Contribution
It introduces novel methods for comparing spectral sequences through filtrations on K-theory presheaves, extending known results from E_2-terms to full spectral sequence equivalence.
Findings
Established the full equivalence of the spectral sequences.
Developed techniques for filtrations on K-theory presheaves.
Extended previous partial results to complete spectral sequence comparison.
Abstract
This thesis establishes the equivalence of Grayson and Friedlander-Suslin spectral sequences, that was previously only known for the respective E_2-terms. We develop the necessary techniques regarding K_0-presheaves of spectra, building on the work of M. Walker and construct certain filtrations on the K-theory presheaf of spectra that we use as intermediate steps in obtaining the equivalence of the filtrations.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Geometric and Algebraic Topology · Advanced Algebra and Geometry
