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