Intermediate quantum statistics for identical objectsMethods to construct various algebras of creation and annihilation
operators of physical objects
Scattering of electrons by a Coulomb center between a physical quantity and an
operator, which permits the existence of a
non-negative quantum
Two-weight inequalities for the Hilbert transform of monotone functions inequalities is finding conditions on
nonnegative measurable functions. Weight inequalities for monotone
A three-weighted Hardy-type inequality on the cone of quasimonotone functions for the norms of Hardy-type
operators on the set of all
nonnegative measurable functions are well known. However
On Blow-up Conditions for Solutions of Differential Inequalities with ϕ-Laplacian blow-up conditions for
non-negative solutions of the problem (Formula presented.) where ϕ and F
Locally Strongly Primitive Semigroups of Nonnegative Matrices of
nonnegative matrices is introduced. It is shown that, by a certain permutation similarity, all the matrices
Weighted monotonicity inequalities for traces on operator algebras, and the "weight" function w is
nonnegative. © 2010 Pleiades Publishing, Ltd.
Reduction of bilinear weighted inequalities with integration operators on the cone of nondecaying functions{M}^{+} subset germ{M} the set of
nonnegative functions and by germ{M}^{+}_{i} and germ{M}^{+}_{d} the subsets