On a generalization of the Lucas functions
The primality of certain integers of the form
A generalization of Lehmer's functions
A partition property of cardinal numbers
CONTENTSIntroduction....................................................................................... 5§ 1. Notation and definitions......................................................... 5§ 2. Negative relations.................................................................... 9§ 3. The Ramification Lemma ..................................................... 10§ 4. The main theorem................................................................... 13§ 5. A result for cardinals cofinal...
On Grothendieck universes
Surfaces of Prescribed Mean Curvature with Inequalities on the Boundary.
Lipschitz Continuous Solutions for Nonlinear Obstacle Problems.
The Dirichlet problem for the minimal surface equation with Lipschitz continuous boundary data.
Global regularity for solutions of the minimal surface equation with continuous boundary values
Continued fractions of period five and real quadratic fields of class number one
A complete generalization of Yokoi's p-invariants
Simple groups of square order and interesting sequence of primes
Some generalizations of the Sₙ sequence of Shanks
On the period length of some special continued fractions
We investigate and refine a device which we introduced in [3] for the study of continued fractions. This allows us to more easily compute the period lengths of certain continued fractions and it can be used to suggest some aspects of the cycle structure (see [1]) within the period of certain continued fractions related to underlying real quadratic fields.
Consecutive powers in continued fractions
On certain continued fraction expansions of fixed period length
Partial exact controllability for the linear thermo-viscoelastic model.
Halfway to a solution of
It is well known that the continued fraction expansion of readily displays the midpoint of the principal cycle of ideals, that is, the point halfway to a solution of . Here we notice that, analogously, the point halfway to a solution of can be recognised. We explain what is going on.
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