Blow-up time estimates for a non-local reactive-convective problem modelling sterilization of food
Blow-up time estimates for a non-local reactive-convective problem modelling sterilization of food
Blow-up time of some nonlinear wave equations.
Blow-up versus global existence of solutions to aggregation equations
A class of nonlinear viscous transport equations describing aggregation phenomena in biology is considered. General conditions on an interaction potential are obtained which lead either to the existence or to the nonexistence of global-in-time solutions.
BMO continuity for some heat potentials
BMO estimates near the boundary for solutions of elliptic systems.
BMO-invariance of quasiminimizers.
Bohr–Sommerfeld quantization condition for non-selfadjoint operators in dimension 2.
Boltzmann distributed quantum steady states and their classical limit.
Book review. [Theory of nonlinear operators]
Borderline sharp estimates for solutions to Neumann problems.
Borel resummation of formal solutions to nonlinear Laplace equations in 2 variables
We consider a nonlinear Laplace equation Δu = f(x,u) in two variables. Following the methods of B. Braaksma [Br] and J. Ecalle used for some nonlinear ordinary differential equations we construct first a formal power series solution and then we prove the convergence of the series in the same class as the function f in x.
Borel summable solutions of the Burgers equation
We give necessary and sufficient conditions for the formal power series solutions to the initial value problem for the Burgers equation to be convergent or Borel summable.
Borne inférieure du spectre de l'opérateur de Schrödinger
Bornes inférieurs pour des fonctions propres de l'opérateur de Schrödinger
Born-Infeld electrodynamics: Clifford number and spinor representations.
Bosons in Rapid Rotation: From the Quantum Many-Body Problem to Effective Equations
One of the most interesting phenomena exhibited by ultracold quantum gases is the appearance of vortices when the gas is put in rotation. The talk will bring a survey of some recent progress in understanding this phenomenon starting from the many-body ground state of a Bose gas with short range interactions. Mathematically this amounts to describing solutions of a linear Schrödinger equation with a very large number of variables in terms of a nonlinear equation with few variables and analyzing the...
Bound state solutions for a class of nonlinear Schrödinger equations.
Bound states and propagating states for time-dependent hamiltonians
Bound states and scattering states for time periodic hamiltonians