Linear equations with the Euler totient function
Linear equations with unknowns from a multiplicative group in a function field
Linear forms in -adic logarithms. III
Linear Spaces on the Intersection of Cubic Hypersurfaces.
Linearly Independent Zeros of Quadratic Forms over Number-Fields.
Ljunggren's Diophantine problem connected with virus structure.
Local Diophantine Properties of Shimura Curves.
Local solvability of diagonal equations (again)
Local-global principle for quadratic forms over fraction fields of two-dimensional henselian domains
Let be a 2-dimensional normal excellent henselian local domain in which is invertible and let and be its fraction field and residue field respectively. Let be the set of rank 1 discrete valuations of corresponding to codimension 1 points of regular proper models of . We prove that a quadratic form over satisfies the local-global principle with respect to in the following two cases: (1) has rank 3 or 4; (2) has rank and , where is a complete discrete valuation ring with...
Lösbare Gleichungen axn - byn = c und Grundeinheiten für einige algebraische Zahlkörper vom Grade n = 3, 4, 6.
Lösungsanzahl der Gleichung |xd-czyd| = p.
Lösungsanzahl der homogenen Normformengleichung
Lösungsanzahl der Thue-Gleichung
Lower Bound for a Diophantine Approximation Function.
Lower bounds for perfect rational cuboids
Lower bounds for resultants, I
Lower bounds for the greatest prime factor of
Lower bounds for the solutions in the second case of Fermat's equation with prime power exponents
Lower limit for the number of sets of solutions of xe + ye + ze ... 0 (mod p).
Lucas balancing numbers
A positive is called a balancing number if We prove that there is no balancing number which is a term of the Lucas sequence.