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Search: MSC category 19F27 ( Etale cohomology, higher regulators, zeta and \$L\$-functions [See also 11G40, 11R42, 11S40, 14F20, 14G10] )

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1. CJM 2006 (vol 58 pp. 419)

Snaith, Victor P.
 Stark's Conjecture and New Stickelberger Phenomena We introduce a new conjecture concerning the construction of elements in the annihilator ideal associated to a Galois action on the higher-dimensional algebraic \$K\$-groups of rings of integers in number fields. Our conjecture is motivic in the sense that it involves the (transcendental) Borel regulator as well as being related to \$l\$-adic \'{e}tale cohomology. In addition, the conjecture generalises the well-known Coates--Sinnott conjecture. For example, for a totally real extension when \$r = -2, -4, -6, \dotsc\$ the Coates--Sinnott conjecture merely predicts that zero annihilates \$K_{-2r}\$ of the ring of \$S\$-integers while our conjecture predicts a non-trivial annihilator. By way of supporting evidence, we prove the corresponding (conjecturally equivalent) conjecture for the Galois action on the \'{e}tale cohomology of the cyclotomic extensions of the rationals. Categories:11G55, 11R34, 11R42, 19F27

2. CJM 2000 (vol 52 pp. 47)

Chinburg, T.; Kolster, M.; Snaith, V. P.
 Comparison of \$K\$-Theory Galois Module Structure Invariants We prove that two, apparently different, class-group valued Galois module structure invariants associated to the algebraic \$K\$-groups of rings of algebraic integers coincide. This comparison result is particularly important in making explicit calculations. Categories:11S99, 19F15, 19F27