シェル文法の拡張可能な自己文法拡張スクリプト言語

We consider formal provability with structural induction and related proof principles in the λ-calculus presented with first-order abstract syntax over onesorted variable names..

In the literature it is usually studied in one of several different contexts, for example in the game of Wythoff Nim, in connection with Beatty sequences and with so-called

Oscillatory Integrals, Weighted and Mixed Norm Inequalities, Global Smoothing and Decay, Time-dependent Schr¨ odinger Equation, Bessel functions, Weighted inter- polation

In the study of dynamic equations on time scales we deal with certain dynamic inequalities which provide explicit bounds on the unknown functions and their derivatives.. Most of

For instance, Racke & Zheng [21] show the existence and uniqueness of a global solution to the Cahn-Hilliard equation with dynamic boundary conditions, and later Pruss, Racke

Using the fact that there is no degeneracy on (α, 1) and using the classical result known for linear nondegenerate parabolic equations in bounded domain (see for example [16, 18]),

“Breuil-M´ezard conjecture and modularity lifting for potentially semistable deformations after

Lemma 4.1 (which corresponds to Lemma 5.1), we obtain an abc-triple that can in fact be shown (i.e., by applying the arguments of Lemma 4.4 or Lemma 5.2) to satisfy the