• Romyar Sharifi
    • Curriculum Vitae
    • Publications
    • Lecture Notes
    • Other Writings

    Professor of Mathematics
    Department of Mathematics
    University of California, Los Angeles

    Office: Math Sciences Building 6191
    E_ail: s_ari_i@math.uc_a.edu

    Short notes:
    A proof of a duality result of Fukaya-Kato
    A comparison of Poitou-Tate and Kummer maps
    Modular symbols and Milnor K2
    On the structure of a Galois Lie algebra (Luminy talk)
    The computation of certain cohomology groups for p=2

    Notes from lecture series:
    Modular curves and cyclotomic fields, lecture notes for AWS 2018

    Slides and notes from talks:
    Eisenstein cocycles and their specializations, ICMS workshop talk on 11/25/24
    Eisenstein cocycles in motivic cohomology, CRM workshop talk on 10/19/20
    Iwasawa modules of higher codimension, AMS talk on 3/22/19
    Reciprocity maps with restricted ramification, AMS talk on 1/6/17
    Eisenstein congruences in arithmetic and geometry, UCLA colloquium on 10/22/15
    The arithmetic of modular symbols, CMS Winter Meeting talk on 12/8/14
    Iwasawa algebras and duality, BIRS talk on 3/6/13
    Cup products and Selmer groups of reducible representations, CNTA X talk on 7/8/08
    Reciprocity maps and p-adic L-functions, CNTA IX talk in 7/06
    Iwasawa theory for Kummer extensions, AMS talk on 1/7/05
    Computations on Milnor K2 of integer rings, Schloss Dagstuhl talk on 5/17/04
    The various faces of a pairing on p-units, IU Bremen colloqium on 5/1/0/04
    Iwasawa theory and the Eisenstein ideal, Miami Winter School talk on 12/18/03
    Massey products and ideal class groups, MPIM seminar on 8/27/03
    Galois groups and restricted ramification, UCSB colloquium in 2/03
    Cup products and local embeddings of p-units, Stark's Conj. conference talk on 8/9/02

    Computations of a pairing:
    Magma routines for computing the pairing
    Table of the pairing for p < 10000
    Table of the pairing for 10000 < p < 15000
    Table of the pairing for 15000 < p < 20000
    Table of the pairing for 20000 < p < 25000
    Magma routines used in determining nontriviality 1
    Magma routines used in determining nontriviality 2
    Output of nontriviality routines for p = 37