T.M. Gendron

  1. Real Algebraic Number Theory I: Diophantine Approximation Groups.

    Authors: T.M. Gendron
    Subjects: Number Theory
    Abstract

    The is the first of three papers introducing a paradigm within which global
    algebraic number theory for the reals may be formulated so as to make possible
    the synthesis of algebraic and transcendental number theory into a coherent
    whole. We introduce diophantine approximation groups and their associated
    Kronecker foliations, using them to provide new algebraic and geometric
    characterizations of K-linear and algebraic dependence.

  2. Modular Invariant of Quantum Tori.

    Authors: C. Castano Bernard, T.M. Gendron
    Subjects: Number Theory
    Abstract

    We define analogues of the classical Eisenstein series, Weierstrass function,
    Weierstrass equation and finally modular invariant for quantum tori.

  3. Modular Invariant of Quantum Tori.

    Authors: C. Castano Bernard, T.M. Gendron
    Subjects: Number Theory
    Abstract

    We define analogues of the classical Eisenstein series, Weierstrass function,
    Weierstrass equation and finally modular invariant for quantum tori.

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